Bilge Water Separator

medium 179 models total

A bilge water separator processes bilge water collected from the engine room before overboard discharge, separating free oil by gravity and coalescing stages and monitoring the effluent continuously, unlike a fuel or lube oil purifier which centrifuges a continuous, oil-rich stream instead.

Read more — Bilge Water Separator explained ▾

What makes a bilge water separator different from a purifier

A fuel or lubricating oil purifier centrifuges a continuous stream that is mostly oil, spinning out small amounts of water and solids at high speed. A bilge water separator works the opposite mixture - mostly water with a variable, often small, oil content - and generally relies on gravity separation and coalescing media rather than centrifugal force, because the flow is batch-processed bilge water rather than a continuous oil-dominant stream. Its output is checked continuously by an in-line oil content meter, since the system's purpose is to prove the discharge meets the 15 parts per million limit before the overboard valve opens, not simply to clean the oil for reuse.

Bilge water separator process — Flow scheme of a bilge water separator vessel showing the inlet, gravity oil layer, coalescing plates, separated water zone, oil outlet to the sludge tank and the monitored water outlet with alarm recirculation.

Main components

Separation chambers

A multi-stage vessel where oil droplets rise by gravity in the first stage and coalescing plates or media capture finer droplets in later stages, progressively reducing oil content.

Coalescer element

A replaceable filter or plate pack that merges fine oil droplets into larger ones that will rise and separate; it fouls over time with emulsified oil, detergents and solids and needs periodic cleaning or replacement.

Oil content monitor

A continuous in-line analyser measures the effluent's oil content and automatically closes the overboard discharge valve and diverts flow back to the bilge holding tank if the reading approaches the discharge limit.

Sludge and oil collection

Separated oil drains to a waste oil or sludge tank for later incineration or shore discharge, rather than being returned to the fuel system.

Selection and sizing

Capacity is rated in cubic metres per hour against the volume of bilge water the engine room actually generates, which depends on machinery type, age and leakage rate rather than ship size alone. Selection should also weigh the mixture's typical contamination - detergents, coolants and emulsified oil from workshop and tank cleaning activity - since some separator technologies handle emulsified oil far better than others, and a unit chosen only on flow rate can still fail to meet the discharge limit on real bilge water.

Regulations and class

MARPOL Annex I sets the 15 ppm oil content limit for machinery space bilge water discharge and requires an approved oily water separator with an oil discharge monitoring and control system fitted to enforce it automatically. Equipment must carry IMO type approval under the applicable MEPC resolution, and class surveys check the automatic stopping device and alarm function, along with the ship's Oil Record Book entries, at each relevant survey.

Typical faults

Fouled coalescer element - reduced separation efficiency lets more oil through to the monitor stage, increasing the chance of an automatic stop and diversion back to the bilge tank.
Oil content monitor drift or fouling of its sample cell - a dirty or uncalibrated sensor gives a false reading, either shutting the discharge line unnecessarily or, more seriously, failing to detect a real exceedance.
Emulsified oil from detergent use - cleaning chemicals used on tank tops break oil into an emulsion that gravity separation cannot remove, overwhelming the separator's design basis.
Bypass or manipulation of the monitoring system - a well-documented category of MARPOL enforcement case, where the monitor or discharge valve is defeated to discharge without proper treatment; this carries serious legal and detention consequences.
Sludge line blockage - thickened waste oil or solids block the sludge outlet, backing up into the separation chambers and reducing effective capacity.

What to look for in a supplier

Current IMO type approval certificate for the specific model, matched to the relevant MEPC resolution in force at the time of installation.
Demonstrated performance on real bilge water contamination, not only on clean test-rig oil-water mixtures.
Coalescer and filter spares readily available in the ship's trading region, since separator downtime forces bilge water storage and eventual shore or barge disposal.
A monitoring system with a service and calibration network in the ports the ship regularly visits.

A clean discharge reading proves nothing about the last litre through the line - check the oil content monitor's calibration record before trusting it, since a drifted sensor is what turns an accidental discharge into a MARPOL violation.

Inspector Mode Show All 179 total

24 manufacturers · 179 models

GEA

31 ✓ 31 verified

GEA bilge Separator 200 ✓ verified

Application

Bilge water treatment, oily water separator (OWS), 15ppm IMO MEPC 107(49) certified

Common Failures & Inspection Points

Area: Oil content exceeding discharge limit (>15ppm)
Check: Verify oil content monitor (OCM/15ppm bilge alarm) reading and ensure overboard discharge valve is closed when threshold exceeded. Check integrated data recorder logs for discharge violations during previous 18 months. Verify alarm activation within 5 seconds and auto-stop device activation within 20 seconds.
Area: Sampling point contamination or improper installation
Check: Inspect sampling point location in vertical section of water effluent piping as close as practicable to separator outlet. Verify sample integrity (no floating oil layer), homogeneous mixture, and proper connection to oil content monitor. Ensure no bypass of OWS system and re-circulation facilities adjacent to overboard outlet.
Area: Separator maintenance overdue or service interval exceeded
Check: Confirm service interval tracking (16,000 operating hours for current models, 8,000 hours for legacy models). Verify maintenance records completion, including feed pump condition, automatic filter status, preheater function, bowl cleanliness, and oil monitor calibration. Check separator performance log for any efficiency degradation.
Area: Oil monitor calibration accuracy loss or seal tampering
Check: Verify 15ppm oil monitor calibration certificate and date of last calibration check (not exceeding 5 years from commissioning or manufacturer-specified interval). Inspect seal integrity on monitor access points. Confirm monitor cannot be accessed for cleaning or zeroing without breaking seal. Test alarm response with clean water to verify activation.
Area: System bypass or incomplete separation during operation
Check: Inspect modular unit assembly (feed pump/preheater and separator units) for physical disconnection or valve bypass. Verify all key components installed: feed pump operational, automatic filter unblocked, preheater maintaining fluid temperature (60-85°C per model), separator bowl for cracks/erosion, and control panel displaying no fault codes. Check return piping configuration to prevent by-pass.

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

GEA bilge Separator 600 ✓ verified

Application

Bilge water treatment, oily water separator (OWS), 15ppm IMO MEPC 107(49) certified

Common Failures & Inspection Points

Area: Oil content exceeding discharge limit (>15ppm)
Check: Verify oil content monitor (OCM/15ppm bilge alarm) reading and ensure overboard discharge valve is closed when threshold exceeded. Check integrated data recorder logs for discharge violations during previous 18 months. Verify alarm activation within 5 seconds and auto-stop device activation within 20 seconds.
Area: Sampling point contamination or improper installation
Check: Inspect sampling point location in vertical section of water effluent piping as close as practicable to separator outlet. Verify sample integrity (no floating oil layer), homogeneous mixture, and proper connection to oil content monitor. Ensure no bypass of OWS system and re-circulation facilities adjacent to overboard outlet.
Area: Separator maintenance overdue or service interval exceeded
Check: Confirm service interval tracking (16,000 operating hours for current models, 8,000 hours for legacy models). Verify maintenance records completion, including feed pump condition, automatic filter status, preheater function, bowl cleanliness, and oil monitor calibration. Check separator performance log for any efficiency degradation.
Area: Oil monitor calibration accuracy loss or seal tampering
Check: Verify 15ppm oil monitor calibration certificate and date of last calibration check (not exceeding 5 years from commissioning or manufacturer-specified interval). Inspect seal integrity on monitor access points. Confirm monitor cannot be accessed for cleaning or zeroing without breaking seal. Test alarm response with clean water to verify activation.
Area: System bypass or incomplete separation during operation
Check: Inspect modular unit assembly (feed pump/preheater and separator units) for physical disconnection or valve bypass. Verify all key components installed: feed pump operational, automatic filter unblocked, preheater maintaining fluid temperature (60-85°C per model), separator bowl for cracks/erosion, and control panel displaying no fault codes. Check return piping configuration to prevent by-pass.

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

GEA bilge Separator 1200 ✓ verified

Application

Bilge water treatment, oily water separator (OWS), 15ppm IMO MEPC 107(49) certified

Common Failures & Inspection Points

Area: Oil content exceeding discharge limit (>15ppm)
Check: Verify oil content monitor (OCM/15ppm bilge alarm) reading and ensure overboard discharge valve is closed when threshold exceeded. Check integrated data recorder logs for discharge violations during previous 18 months. Verify alarm activation within 5 seconds and auto-stop device activation within 20 seconds.
Area: Sampling point contamination or improper installation
Check: Inspect sampling point location in vertical section of water effluent piping as close as practicable to separator outlet. Verify sample integrity (no floating oil layer), homogeneous mixture, and proper connection to oil content monitor. Ensure no bypass of OWS system and re-circulation facilities adjacent to overboard outlet.
Area: Separator maintenance overdue or service interval exceeded
Check: Confirm service interval tracking (16,000 operating hours for current models, 8,000 hours for legacy models). Verify maintenance records completion, including feed pump condition, automatic filter status, preheater function, bowl cleanliness, and oil monitor calibration. Check separator performance log for any efficiency degradation.
Area: Oil monitor calibration accuracy loss or seal tampering
Check: Verify 15ppm oil monitor calibration certificate and date of last calibration check (not exceeding 5 years from commissioning or manufacturer-specified interval). Inspect seal integrity on monitor access points. Confirm monitor cannot be accessed for cleaning or zeroing without breaking seal. Test alarm response with clean water to verify activation.
Area: System bypass or incomplete separation during operation
Check: Inspect modular unit assembly (feed pump/preheater and separator units) for physical disconnection or valve bypass. Verify all key components installed: feed pump operational, automatic filter unblocked, preheater maintaining fluid temperature (60-85°C per model), separator bowl for cracks/erosion, and control panel displaying no fault codes. Check return piping configuration to prevent by-pass.

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

GEA bilge Separator 2500 ✓ verified

Application

Bilge water treatment, oily water separator (OWS), 15ppm IMO MEPC 107(49) certified

Common Failures & Inspection Points

Area: Oil content exceeding discharge limit (>15ppm)
Check: Verify oil content monitor (OCM/15ppm bilge alarm) reading and ensure overboard discharge valve is closed when threshold exceeded. Check integrated data recorder logs for discharge violations during previous 18 months. Verify alarm activation within 5 seconds and auto-stop device activation within 20 seconds.
Area: Sampling point contamination or improper installation
Check: Inspect sampling point location in vertical section of water effluent piping as close as practicable to separator outlet. Verify sample integrity (no floating oil layer), homogeneous mixture, and proper connection to oil content monitor. Ensure no bypass of OWS system and re-circulation facilities adjacent to overboard outlet.
Area: Separator maintenance overdue or service interval exceeded
Check: Confirm service interval tracking (16,000 operating hours for current models, 8,000 hours for legacy models). Verify maintenance records completion, including feed pump condition, automatic filter status, preheater function, bowl cleanliness, and oil monitor calibration. Check separator performance log for any efficiency degradation.
Area: Oil monitor calibration accuracy loss or seal tampering
Check: Verify 15ppm oil monitor calibration certificate and date of last calibration check (not exceeding 5 years from commissioning or manufacturer-specified interval). Inspect seal integrity on monitor access points. Confirm monitor cannot be accessed for cleaning or zeroing without breaking seal. Test alarm response with clean water to verify activation.
Area: System bypass or incomplete separation during operation
Check: Inspect modular unit assembly (feed pump/preheater and separator units) for physical disconnection or valve bypass. Verify all key components installed: feed pump operational, automatic filter unblocked, preheater maintaining fluid temperature (60-85°C per model), separator bowl for cracks/erosion, and control panel displaying no fault codes. Check return piping configuration to prevent by-pass.

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

GEA bilge Separator 5000 ✓ verified

Application

Bilge water treatment, oily water separator (OWS), 15ppm IMO MEPC 107(49) certified

Common Failures & Inspection Points

Area: Oil content exceeding discharge limit (>15ppm)
Check: Verify oil content monitor (OCM/15ppm bilge alarm) reading and ensure overboard discharge valve is closed when threshold exceeded. Check integrated data recorder logs for discharge violations during previous 18 months. Verify alarm activation within 5 seconds and auto-stop device activation within 20 seconds.
Area: Sampling point contamination or improper installation
Check: Inspect sampling point location in vertical section of water effluent piping as close as practicable to separator outlet. Verify sample integrity (no floating oil layer), homogeneous mixture, and proper connection to oil content monitor. Ensure no bypass of OWS system and re-circulation facilities adjacent to overboard outlet.
Area: Separator maintenance overdue or service interval exceeded
Check: Confirm service interval tracking (16,000 operating hours for current models, 8,000 hours for legacy models). Verify maintenance records completion, including feed pump condition, automatic filter status, preheater function, bowl cleanliness, and oil monitor calibration. Check separator performance log for any efficiency degradation.
Area: Oil monitor calibration accuracy loss or seal tampering
Check: Verify 15ppm oil monitor calibration certificate and date of last calibration check (not exceeding 5 years from commissioning or manufacturer-specified interval). Inspect seal integrity on monitor access points. Confirm monitor cannot be accessed for cleaning or zeroing without breaking seal. Test alarm response with clean water to verify activation.
Area: System bypass or incomplete separation during operation
Check: Inspect modular unit assembly (feed pump/preheater and separator units) for physical disconnection or valve bypass. Verify all key components installed: feed pump operational, automatic filter unblocked, preheater maintaining fluid temperature (60-85°C per model), separator bowl for cracks/erosion, and control panel displaying no fault codes. Check return piping configuration to prevent by-pass.

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

BilgeMaster-F 200 ✓ verified

Application

Bilge water treatment, legacy model, 15ppm capable

Common Failures & Inspection Points

Area: Oil content exceeding discharge limit (>15ppm)
Check: Verify oil content monitor (OCM/15ppm bilge alarm) reading and ensure overboard discharge valve is closed when threshold exceeded. Check integrated data recorder logs for discharge violations during previous 18 months. Verify alarm activation within 5 seconds and auto-stop device activation within 20 seconds.
Area: Sampling point contamination or improper installation
Check: Inspect sampling point location in vertical section of water effluent piping as close as practicable to separator outlet. Verify sample integrity (no floating oil layer), homogeneous mixture, and proper connection to oil content monitor. Ensure no bypass of OWS system and re-circulation facilities adjacent to overboard outlet.
Area: Separator maintenance overdue or service interval exceeded
Check: Confirm service interval tracking (16,000 operating hours for current models, 8,000 hours for legacy models). Verify maintenance records completion, including feed pump condition, automatic filter status, preheater function, bowl cleanliness, and oil monitor calibration. Check separator performance log for any efficiency degradation.
Area: Oil monitor calibration accuracy loss or seal tampering
Check: Verify 15ppm oil monitor calibration certificate and date of last calibration check (not exceeding 5 years from commissioning or manufacturer-specified interval). Inspect seal integrity on monitor access points. Confirm monitor cannot be accessed for cleaning or zeroing without breaking seal. Test alarm response with clean water to verify activation.
Area: System bypass or incomplete separation during operation
Check: Inspect modular unit assembly (feed pump/preheater and separator units) for physical disconnection or valve bypass. Verify all key components installed: feed pump operational, automatic filter unblocked, preheater maintaining fluid temperature (60-85°C per model), separator bowl for cracks/erosion, and control panel displaying no fault codes. Check return piping configuration to prevent by-pass.

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

BilgeMaster-F 500 ✓ verified

Application

Bilge water treatment, legacy model, 15ppm capable

Common Failures & Inspection Points

Area: Oil content exceeding discharge limit (>15ppm)
Check: Verify oil content monitor (OCM/15ppm bilge alarm) reading and ensure overboard discharge valve is closed when threshold exceeded. Check integrated data recorder logs for discharge violations during previous 18 months. Verify alarm activation within 5 seconds and auto-stop device activation within 20 seconds.
Area: Sampling point contamination or improper installation
Check: Inspect sampling point location in vertical section of water effluent piping as close as practicable to separator outlet. Verify sample integrity (no floating oil layer), homogeneous mixture, and proper connection to oil content monitor. Ensure no bypass of OWS system and re-circulation facilities adjacent to overboard outlet.
Area: Separator maintenance overdue or service interval exceeded
Check: Confirm service interval tracking (16,000 operating hours for current models, 8,000 hours for legacy models). Verify maintenance records completion, including feed pump condition, automatic filter status, preheater function, bowl cleanliness, and oil monitor calibration. Check separator performance log for any efficiency degradation.
Area: Oil monitor calibration accuracy loss or seal tampering
Check: Verify 15ppm oil monitor calibration certificate and date of last calibration check (not exceeding 5 years from commissioning or manufacturer-specified interval). Inspect seal integrity on monitor access points. Confirm monitor cannot be accessed for cleaning or zeroing without breaking seal. Test alarm response with clean water to verify activation.
Area: System bypass or incomplete separation during operation
Check: Inspect modular unit assembly (feed pump/preheater and separator units) for physical disconnection or valve bypass. Verify all key components installed: feed pump operational, automatic filter unblocked, preheater maintaining fluid temperature (60-85°C per model), separator bowl for cracks/erosion, and control panel displaying no fault codes. Check return piping configuration to prevent by-pass.

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

BilgeMaster-F 1200 ✓ verified

Application

Bilge water treatment, legacy model, 15ppm capable

Common Failures & Inspection Points

Area: Oil content exceeding discharge limit (>15ppm)
Check: Verify oil content monitor (OCM/15ppm bilge alarm) reading and ensure overboard discharge valve is closed when threshold exceeded. Check integrated data recorder logs for discharge violations during previous 18 months. Verify alarm activation within 5 seconds and auto-stop device activation within 20 seconds.
Area: Sampling point contamination or improper installation
Check: Inspect sampling point location in vertical section of water effluent piping as close as practicable to separator outlet. Verify sample integrity (no floating oil layer), homogeneous mixture, and proper connection to oil content monitor. Ensure no bypass of OWS system and re-circulation facilities adjacent to overboard outlet.
Area: Separator maintenance overdue or service interval exceeded
Check: Confirm service interval tracking (16,000 operating hours for current models, 8,000 hours for legacy models). Verify maintenance records completion, including feed pump condition, automatic filter status, preheater function, bowl cleanliness, and oil monitor calibration. Check separator performance log for any efficiency degradation.
Area: Oil monitor calibration accuracy loss or seal tampering
Check: Verify 15ppm oil monitor calibration certificate and date of last calibration check (not exceeding 5 years from commissioning or manufacturer-specified interval). Inspect seal integrity on monitor access points. Confirm monitor cannot be accessed for cleaning or zeroing without breaking seal. Test alarm response with clean water to verify activation.
Area: System bypass or incomplete separation during operation
Check: Inspect modular unit assembly (feed pump/preheater and separator units) for physical disconnection or valve bypass. Verify all key components installed: feed pump operational, automatic filter unblocked, preheater maintaining fluid temperature (60-85°C per model), separator bowl for cracks/erosion, and control panel displaying no fault codes. Check return piping configuration to prevent by-pass.

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

BilgeMaster-F 2500 ✓ verified

Application

Bilge water treatment, legacy model, 15ppm capable

Common Failures & Inspection Points

Area: Oil content exceeding discharge limit (>15ppm)
Check: Verify oil content monitor (OCM/15ppm bilge alarm) reading and ensure overboard discharge valve is closed when threshold exceeded. Check integrated data recorder logs for discharge violations during previous 18 months. Verify alarm activation within 5 seconds and auto-stop device activation within 20 seconds.
Area: Sampling point contamination or improper installation
Check: Inspect sampling point location in vertical section of water effluent piping as close as practicable to separator outlet. Verify sample integrity (no floating oil layer), homogeneous mixture, and proper connection to oil content monitor. Ensure no bypass of OWS system and re-circulation facilities adjacent to overboard outlet.
Area: Separator maintenance overdue or service interval exceeded
Check: Confirm service interval tracking (16,000 operating hours for current models, 8,000 hours for legacy models). Verify maintenance records completion, including feed pump condition, automatic filter status, preheater function, bowl cleanliness, and oil monitor calibration. Check separator performance log for any efficiency degradation.
Area: Oil monitor calibration accuracy loss or seal tampering
Check: Verify 15ppm oil monitor calibration certificate and date of last calibration check (not exceeding 5 years from commissioning or manufacturer-specified interval). Inspect seal integrity on monitor access points. Confirm monitor cannot be accessed for cleaning or zeroing without breaking seal. Test alarm response with clean water to verify activation.
Area: System bypass or incomplete separation during operation
Check: Inspect modular unit assembly (feed pump/preheater and separator units) for physical disconnection or valve bypass. Verify all key components installed: feed pump operational, automatic filter unblocked, preheater maintaining fluid temperature (60-85°C per model), separator bowl for cracks/erosion, and control panel displaying no fault codes. Check return piping configuration to prevent by-pass.

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

BilgeMaster-F 5000 ✓ verified

Application

Bilge water treatment, legacy model, 15ppm capable

Common Failures & Inspection Points

Area: Oil content exceeding discharge limit (>15ppm)
Check: Verify oil content monitor (OCM/15ppm bilge alarm) reading and ensure overboard discharge valve is closed when threshold exceeded. Check integrated data recorder logs for discharge violations during previous 18 months. Verify alarm activation within 5 seconds and auto-stop device activation within 20 seconds.
Area: Sampling point contamination or improper installation
Check: Inspect sampling point location in vertical section of water effluent piping as close as practicable to separator outlet. Verify sample integrity (no floating oil layer), homogeneous mixture, and proper connection to oil content monitor. Ensure no bypass of OWS system and re-circulation facilities adjacent to overboard outlet.
Area: Separator maintenance overdue or service interval exceeded
Check: Confirm service interval tracking (16,000 operating hours for current models, 8,000 hours for legacy models). Verify maintenance records completion, including feed pump condition, automatic filter status, preheater function, bowl cleanliness, and oil monitor calibration. Check separator performance log for any efficiency degradation.
Area: Oil monitor calibration accuracy loss or seal tampering
Check: Verify 15ppm oil monitor calibration certificate and date of last calibration check (not exceeding 5 years from commissioning or manufacturer-specified interval). Inspect seal integrity on monitor access points. Confirm monitor cannot be accessed for cleaning or zeroing without breaking seal. Test alarm response with clean water to verify activation.
Area: System bypass or incomplete separation during operation
Check: Inspect modular unit assembly (feed pump/preheater and separator units) for physical disconnection or valve bypass. Verify all key components installed: feed pump operational, automatic filter unblocked, preheater maintaining fluid temperature (60-85°C per model), separator bowl for cracks/erosion, and control panel displaying no fault codes. Check return piping configuration to prevent by-pass.

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

BilgeMaster-E 400 ✓ verified

Application

Bilge water treatment, legacy model, 15ppm capable

Common Failures & Inspection Points

Area: Oil content exceeding discharge limit (>15ppm)
Check: Verify oil content monitor (OCM/15ppm bilge alarm) reading and ensure overboard discharge valve is closed when threshold exceeded. Check integrated data recorder logs for discharge violations during previous 18 months. Verify alarm activation within 5 seconds and auto-stop device activation within 20 seconds.
Area: Sampling point contamination or improper installation
Check: Inspect sampling point location in vertical section of water effluent piping as close as practicable to separator outlet. Verify sample integrity (no floating oil layer), homogeneous mixture, and proper connection to oil content monitor. Ensure no bypass of OWS system and re-circulation facilities adjacent to overboard outlet.
Area: Separator maintenance overdue or service interval exceeded
Check: Confirm service interval tracking (16,000 operating hours for current models, 8,000 hours for legacy models). Verify maintenance records completion, including feed pump condition, automatic filter status, preheater function, bowl cleanliness, and oil monitor calibration. Check separator performance log for any efficiency degradation.
Area: Oil monitor calibration accuracy loss or seal tampering
Check: Verify 15ppm oil monitor calibration certificate and date of last calibration check (not exceeding 5 years from commissioning or manufacturer-specified interval). Inspect seal integrity on monitor access points. Confirm monitor cannot be accessed for cleaning or zeroing without breaking seal. Test alarm response with clean water to verify activation.
Area: System bypass or incomplete separation during operation
Check: Inspect modular unit assembly (feed pump/preheater and separator units) for physical disconnection or valve bypass. Verify all key components installed: feed pump operational, automatic filter unblocked, preheater maintaining fluid temperature (60-85°C per model), separator bowl for cracks/erosion, and control panel displaying no fault codes. Check return piping configuration to prevent by-pass.

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

BilgeMaster-E 500 ✓ verified

Application

Bilge water treatment, legacy model, 15ppm capable

Common Failures & Inspection Points

Area: Oil content exceeding discharge limit (>15ppm)
Check: Verify oil content monitor (OCM/15ppm bilge alarm) reading and ensure overboard discharge valve is closed when threshold exceeded. Check integrated data recorder logs for discharge violations during previous 18 months. Verify alarm activation within 5 seconds and auto-stop device activation within 20 seconds.
Area: Sampling point contamination or improper installation
Check: Inspect sampling point location in vertical section of water effluent piping as close as practicable to separator outlet. Verify sample integrity (no floating oil layer), homogeneous mixture, and proper connection to oil content monitor. Ensure no bypass of OWS system and re-circulation facilities adjacent to overboard outlet.
Area: Separator maintenance overdue or service interval exceeded
Check: Confirm service interval tracking (16,000 operating hours for current models, 8,000 hours for legacy models). Verify maintenance records completion, including feed pump condition, automatic filter status, preheater function, bowl cleanliness, and oil monitor calibration. Check separator performance log for any efficiency degradation.
Area: Oil monitor calibration accuracy loss or seal tampering
Check: Verify 15ppm oil monitor calibration certificate and date of last calibration check (not exceeding 5 years from commissioning or manufacturer-specified interval). Inspect seal integrity on monitor access points. Confirm monitor cannot be accessed for cleaning or zeroing without breaking seal. Test alarm response with clean water to verify activation.
Area: System bypass or incomplete separation during operation
Check: Inspect modular unit assembly (feed pump/preheater and separator units) for physical disconnection or valve bypass. Verify all key components installed: feed pump operational, automatic filter unblocked, preheater maintaining fluid temperature (60-85°C per model), separator bowl for cracks/erosion, and control panel displaying no fault codes. Check return piping configuration to prevent by-pass.

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

BilgeMaster-E 800 ✓ verified

Application

Bilge water treatment, legacy model, 15ppm capable

Common Failures & Inspection Points

Area: Oil content exceeding discharge limit (>15ppm)
Check: Verify oil content monitor (OCM/15ppm bilge alarm) reading and ensure overboard discharge valve is closed when threshold exceeded. Check integrated data recorder logs for discharge violations during previous 18 months. Verify alarm activation within 5 seconds and auto-stop device activation within 20 seconds.
Area: Sampling point contamination or improper installation
Check: Inspect sampling point location in vertical section of water effluent piping as close as practicable to separator outlet. Verify sample integrity (no floating oil layer), homogeneous mixture, and proper connection to oil content monitor. Ensure no bypass of OWS system and re-circulation facilities adjacent to overboard outlet.
Area: Separator maintenance overdue or service interval exceeded
Check: Confirm service interval tracking (16,000 operating hours for current models, 8,000 hours for legacy models). Verify maintenance records completion, including feed pump condition, automatic filter status, preheater function, bowl cleanliness, and oil monitor calibration. Check separator performance log for any efficiency degradation.
Area: Oil monitor calibration accuracy loss or seal tampering
Check: Verify 15ppm oil monitor calibration certificate and date of last calibration check (not exceeding 5 years from commissioning or manufacturer-specified interval). Inspect seal integrity on monitor access points. Confirm monitor cannot be accessed for cleaning or zeroing without breaking seal. Test alarm response with clean water to verify activation.
Area: System bypass or incomplete separation during operation
Check: Inspect modular unit assembly (feed pump/preheater and separator units) for physical disconnection or valve bypass. Verify all key components installed: feed pump operational, automatic filter unblocked, preheater maintaining fluid temperature (60-85°C per model), separator bowl for cracks/erosion, and control panel displaying no fault codes. Check return piping configuration to prevent by-pass.

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

BilgeMaster-E 1200 ✓ verified

Application

Bilge water treatment, legacy model, 15ppm capable

Common Failures & Inspection Points

Area: Oil content exceeding discharge limit (>15ppm)
Check: Verify oil content monitor (OCM/15ppm bilge alarm) reading and ensure overboard discharge valve is closed when threshold exceeded. Check integrated data recorder logs for discharge violations during previous 18 months. Verify alarm activation within 5 seconds and auto-stop device activation within 20 seconds.
Area: Sampling point contamination or improper installation
Check: Inspect sampling point location in vertical section of water effluent piping as close as practicable to separator outlet. Verify sample integrity (no floating oil layer), homogeneous mixture, and proper connection to oil content monitor. Ensure no bypass of OWS system and re-circulation facilities adjacent to overboard outlet.
Area: Separator maintenance overdue or service interval exceeded
Check: Confirm service interval tracking (16,000 operating hours for current models, 8,000 hours for legacy models). Verify maintenance records completion, including feed pump condition, automatic filter status, preheater function, bowl cleanliness, and oil monitor calibration. Check separator performance log for any efficiency degradation.
Area: Oil monitor calibration accuracy loss or seal tampering
Check: Verify 15ppm oil monitor calibration certificate and date of last calibration check (not exceeding 5 years from commissioning or manufacturer-specified interval). Inspect seal integrity on monitor access points. Confirm monitor cannot be accessed for cleaning or zeroing without breaking seal. Test alarm response with clean water to verify activation.
Area: System bypass or incomplete separation during operation
Check: Inspect modular unit assembly (feed pump/preheater and separator units) for physical disconnection or valve bypass. Verify all key components installed: feed pump operational, automatic filter unblocked, preheater maintaining fluid temperature (60-85°C per model), separator bowl for cracks/erosion, and control panel displaying no fault codes. Check return piping configuration to prevent by-pass.

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

BilgeMaster-E 2000 ✓ verified

Application

Bilge water treatment, legacy model, 15ppm capable

Common Failures & Inspection Points

Area: Oil content exceeding discharge limit (>15ppm)
Check: Verify oil content monitor (OCM/15ppm bilge alarm) reading and ensure overboard discharge valve is closed when threshold exceeded. Check integrated data recorder logs for discharge violations during previous 18 months. Verify alarm activation within 5 seconds and auto-stop device activation within 20 seconds.
Area: Sampling point contamination or improper installation
Check: Inspect sampling point location in vertical section of water effluent piping as close as practicable to separator outlet. Verify sample integrity (no floating oil layer), homogeneous mixture, and proper connection to oil content monitor. Ensure no bypass of OWS system and re-circulation facilities adjacent to overboard outlet.
Area: Separator maintenance overdue or service interval exceeded
Check: Confirm service interval tracking (16,000 operating hours for current models, 8,000 hours for legacy models). Verify maintenance records completion, including feed pump condition, automatic filter status, preheater function, bowl cleanliness, and oil monitor calibration. Check separator performance log for any efficiency degradation.
Area: Oil monitor calibration accuracy loss or seal tampering
Check: Verify 15ppm oil monitor calibration certificate and date of last calibration check (not exceeding 5 years from commissioning or manufacturer-specified interval). Inspect seal integrity on monitor access points. Confirm monitor cannot be accessed for cleaning or zeroing without breaking seal. Test alarm response with clean water to verify activation.
Area: System bypass or incomplete separation during operation
Check: Inspect modular unit assembly (feed pump/preheater and separator units) for physical disconnection or valve bypass. Verify all key components installed: feed pump operational, automatic filter unblocked, preheater maintaining fluid temperature (60-85°C per model), separator bowl for cracks/erosion, and control panel displaying no fault codes. Check return piping configuration to prevent by-pass.

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

BilgeMaster-E 2500 ✓ verified

Application

Bilge water treatment, legacy model, 15ppm capable

Common Failures & Inspection Points

Area: Oil content exceeding discharge limit (>15ppm)
Check: Verify oil content monitor (OCM/15ppm bilge alarm) reading and ensure overboard discharge valve is closed when threshold exceeded. Check integrated data recorder logs for discharge violations during previous 18 months. Verify alarm activation within 5 seconds and auto-stop device activation within 20 seconds.
Area: Sampling point contamination or improper installation
Check: Inspect sampling point location in vertical section of water effluent piping as close as practicable to separator outlet. Verify sample integrity (no floating oil layer), homogeneous mixture, and proper connection to oil content monitor. Ensure no bypass of OWS system and re-circulation facilities adjacent to overboard outlet.
Area: Separator maintenance overdue or service interval exceeded
Check: Confirm service interval tracking (16,000 operating hours for current models, 8,000 hours for legacy models). Verify maintenance records completion, including feed pump condition, automatic filter status, preheater function, bowl cleanliness, and oil monitor calibration. Check separator performance log for any efficiency degradation.
Area: Oil monitor calibration accuracy loss or seal tampering
Check: Verify 15ppm oil monitor calibration certificate and date of last calibration check (not exceeding 5 years from commissioning or manufacturer-specified interval). Inspect seal integrity on monitor access points. Confirm monitor cannot be accessed for cleaning or zeroing without breaking seal. Test alarm response with clean water to verify activation.
Area: System bypass or incomplete separation during operation
Check: Inspect modular unit assembly (feed pump/preheater and separator units) for physical disconnection or valve bypass. Verify all key components installed: feed pump operational, automatic filter unblocked, preheater maintaining fluid temperature (60-85°C per model), separator bowl for cracks/erosion, and control panel displaying no fault codes. Check return piping configuration to prevent by-pass.

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

BilgeMaster-E 4000 ✓ verified

Application

Bilge water treatment, legacy model, 15ppm capable

Common Failures & Inspection Points

Area: Oil content exceeding discharge limit (>15ppm)
Check: Verify oil content monitor (OCM/15ppm bilge alarm) reading and ensure overboard discharge valve is closed when threshold exceeded. Check integrated data recorder logs for discharge violations during previous 18 months. Verify alarm activation within 5 seconds and auto-stop device activation within 20 seconds.
Area: Sampling point contamination or improper installation
Check: Inspect sampling point location in vertical section of water effluent piping as close as practicable to separator outlet. Verify sample integrity (no floating oil layer), homogeneous mixture, and proper connection to oil content monitor. Ensure no bypass of OWS system and re-circulation facilities adjacent to overboard outlet.
Area: Separator maintenance overdue or service interval exceeded
Check: Confirm service interval tracking (16,000 operating hours for current models, 8,000 hours for legacy models). Verify maintenance records completion, including feed pump condition, automatic filter status, preheater function, bowl cleanliness, and oil monitor calibration. Check separator performance log for any efficiency degradation.
Area: Oil monitor calibration accuracy loss or seal tampering
Check: Verify 15ppm oil monitor calibration certificate and date of last calibration check (not exceeding 5 years from commissioning or manufacturer-specified interval). Inspect seal integrity on monitor access points. Confirm monitor cannot be accessed for cleaning or zeroing without breaking seal. Test alarm response with clean water to verify activation.
Area: System bypass or incomplete separation during operation
Check: Inspect modular unit assembly (feed pump/preheater and separator units) for physical disconnection or valve bypass. Verify all key components installed: feed pump operational, automatic filter unblocked, preheater maintaining fluid temperature (60-85°C per model), separator bowl for cracks/erosion, and control panel displaying no fault codes. Check return piping configuration to prevent by-pass.

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

BilgeMaster-E 5000 ✓ verified

Application

Bilge water treatment, legacy model, 15ppm capable

Common Failures & Inspection Points

Area: Oil content exceeding discharge limit (>15ppm)
Check: Verify oil content monitor (OCM/15ppm bilge alarm) reading and ensure overboard discharge valve is closed when threshold exceeded. Check integrated data recorder logs for discharge violations during previous 18 months. Verify alarm activation within 5 seconds and auto-stop device activation within 20 seconds.
Area: Sampling point contamination or improper installation
Check: Inspect sampling point location in vertical section of water effluent piping as close as practicable to separator outlet. Verify sample integrity (no floating oil layer), homogeneous mixture, and proper connection to oil content monitor. Ensure no bypass of OWS system and re-circulation facilities adjacent to overboard outlet.
Area: Separator maintenance overdue or service interval exceeded
Check: Confirm service interval tracking (16,000 operating hours for current models, 8,000 hours for legacy models). Verify maintenance records completion, including feed pump condition, automatic filter status, preheater function, bowl cleanliness, and oil monitor calibration. Check separator performance log for any efficiency degradation.
Area: Oil monitor calibration accuracy loss or seal tampering
Check: Verify 15ppm oil monitor calibration certificate and date of last calibration check (not exceeding 5 years from commissioning or manufacturer-specified interval). Inspect seal integrity on monitor access points. Confirm monitor cannot be accessed for cleaning or zeroing without breaking seal. Test alarm response with clean water to verify activation.
Area: System bypass or incomplete separation during operation
Check: Inspect modular unit assembly (feed pump/preheater and separator units) for physical disconnection or valve bypass. Verify all key components installed: feed pump operational, automatic filter unblocked, preheater maintaining fluid temperature (60-85°C per model), separator bowl for cracks/erosion, and control panel displaying no fault codes. Check return piping configuration to prevent by-pass.

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

BilgeMaster-D 750 ✓ verified

Application

Bilge water treatment, legacy model, 15ppm capable

Common Failures & Inspection Points

Area: Oil content exceeding discharge limit (>15ppm)
Check: Verify oil content monitor (OCM/15ppm bilge alarm) reading and ensure overboard discharge valve is closed when threshold exceeded. Check integrated data recorder logs for discharge violations during previous 18 months. Verify alarm activation within 5 seconds and auto-stop device activation within 20 seconds.
Area: Sampling point contamination or improper installation
Check: Inspect sampling point location in vertical section of water effluent piping as close as practicable to separator outlet. Verify sample integrity (no floating oil layer), homogeneous mixture, and proper connection to oil content monitor. Ensure no bypass of OWS system and re-circulation facilities adjacent to overboard outlet.
Area: Separator maintenance overdue or service interval exceeded
Check: Confirm service interval tracking (16,000 operating hours for current models, 8,000 hours for legacy models). Verify maintenance records completion, including feed pump condition, automatic filter status, preheater function, bowl cleanliness, and oil monitor calibration. Check separator performance log for any efficiency degradation.
Area: Oil monitor calibration accuracy loss or seal tampering
Check: Verify 15ppm oil monitor calibration certificate and date of last calibration check (not exceeding 5 years from commissioning or manufacturer-specified interval). Inspect seal integrity on monitor access points. Confirm monitor cannot be accessed for cleaning or zeroing without breaking seal. Test alarm response with clean water to verify activation.
Area: System bypass or incomplete separation during operation
Check: Inspect modular unit assembly (feed pump/preheater and separator units) for physical disconnection or valve bypass. Verify all key components installed: feed pump operational, automatic filter unblocked, preheater maintaining fluid temperature (60-85°C per model), separator bowl for cracks/erosion, and control panel displaying no fault codes. Check return piping configuration to prevent by-pass.

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

BilgeMaster-D 1000 ✓ verified

Application

Bilge water treatment, legacy model, 15ppm capable

Common Failures & Inspection Points

Area: Oil content exceeding discharge limit (>15ppm)
Check: Verify oil content monitor (OCM/15ppm bilge alarm) reading and ensure overboard discharge valve is closed when threshold exceeded. Check integrated data recorder logs for discharge violations during previous 18 months. Verify alarm activation within 5 seconds and auto-stop device activation within 20 seconds.
Area: Sampling point contamination or improper installation
Check: Inspect sampling point location in vertical section of water effluent piping as close as practicable to separator outlet. Verify sample integrity (no floating oil layer), homogeneous mixture, and proper connection to oil content monitor. Ensure no bypass of OWS system and re-circulation facilities adjacent to overboard outlet.
Area: Separator maintenance overdue or service interval exceeded
Check: Confirm service interval tracking (16,000 operating hours for current models, 8,000 hours for legacy models). Verify maintenance records completion, including feed pump condition, automatic filter status, preheater function, bowl cleanliness, and oil monitor calibration. Check separator performance log for any efficiency degradation.
Area: Oil monitor calibration accuracy loss or seal tampering
Check: Verify 15ppm oil monitor calibration certificate and date of last calibration check (not exceeding 5 years from commissioning or manufacturer-specified interval). Inspect seal integrity on monitor access points. Confirm monitor cannot be accessed for cleaning or zeroing without breaking seal. Test alarm response with clean water to verify activation.
Area: System bypass or incomplete separation during operation
Check: Inspect modular unit assembly (feed pump/preheater and separator units) for physical disconnection or valve bypass. Verify all key components installed: feed pump operational, automatic filter unblocked, preheater maintaining fluid temperature (60-85°C per model), separator bowl for cracks/erosion, and control panel displaying no fault codes. Check return piping configuration to prevent by-pass.

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

BilgeMaster-D 1500 ✓ verified

Application

Bilge water treatment, legacy model, 15ppm capable

Common Failures & Inspection Points

Area: Oil content exceeding discharge limit (>15ppm)
Check: Verify oil content monitor (OCM/15ppm bilge alarm) reading and ensure overboard discharge valve is closed when threshold exceeded. Check integrated data recorder logs for discharge violations during previous 18 months. Verify alarm activation within 5 seconds and auto-stop device activation within 20 seconds.
Area: Sampling point contamination or improper installation
Check: Inspect sampling point location in vertical section of water effluent piping as close as practicable to separator outlet. Verify sample integrity (no floating oil layer), homogeneous mixture, and proper connection to oil content monitor. Ensure no bypass of OWS system and re-circulation facilities adjacent to overboard outlet.
Area: Separator maintenance overdue or service interval exceeded
Check: Confirm service interval tracking (16,000 operating hours for current models, 8,000 hours for legacy models). Verify maintenance records completion, including feed pump condition, automatic filter status, preheater function, bowl cleanliness, and oil monitor calibration. Check separator performance log for any efficiency degradation.
Area: Oil monitor calibration accuracy loss or seal tampering
Check: Verify 15ppm oil monitor calibration certificate and date of last calibration check (not exceeding 5 years from commissioning or manufacturer-specified interval). Inspect seal integrity on monitor access points. Confirm monitor cannot be accessed for cleaning or zeroing without breaking seal. Test alarm response with clean water to verify activation.
Area: System bypass or incomplete separation during operation
Check: Inspect modular unit assembly (feed pump/preheater and separator units) for physical disconnection or valve bypass. Verify all key components installed: feed pump operational, automatic filter unblocked, preheater maintaining fluid temperature (60-85°C per model), separator bowl for cracks/erosion, and control panel displaying no fault codes. Check return piping configuration to prevent by-pass.

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

BilgeMaster-D 2000 ✓ verified

Application

Bilge water treatment, legacy model, 15ppm capable

Common Failures & Inspection Points

Area: Oil content exceeding discharge limit (>15ppm)
Check: Verify oil content monitor (OCM/15ppm bilge alarm) reading and ensure overboard discharge valve is closed when threshold exceeded. Check integrated data recorder logs for discharge violations during previous 18 months. Verify alarm activation within 5 seconds and auto-stop device activation within 20 seconds.
Area: Sampling point contamination or improper installation
Check: Inspect sampling point location in vertical section of water effluent piping as close as practicable to separator outlet. Verify sample integrity (no floating oil layer), homogeneous mixture, and proper connection to oil content monitor. Ensure no bypass of OWS system and re-circulation facilities adjacent to overboard outlet.
Area: Separator maintenance overdue or service interval exceeded
Check: Confirm service interval tracking (16,000 operating hours for current models, 8,000 hours for legacy models). Verify maintenance records completion, including feed pump condition, automatic filter status, preheater function, bowl cleanliness, and oil monitor calibration. Check separator performance log for any efficiency degradation.
Area: Oil monitor calibration accuracy loss or seal tampering
Check: Verify 15ppm oil monitor calibration certificate and date of last calibration check (not exceeding 5 years from commissioning or manufacturer-specified interval). Inspect seal integrity on monitor access points. Confirm monitor cannot be accessed for cleaning or zeroing without breaking seal. Test alarm response with clean water to verify activation.
Area: System bypass or incomplete separation during operation
Check: Inspect modular unit assembly (feed pump/preheater and separator units) for physical disconnection or valve bypass. Verify all key components installed: feed pump operational, automatic filter unblocked, preheater maintaining fluid temperature (60-85°C per model), separator bowl for cracks/erosion, and control panel displaying no fault codes. Check return piping configuration to prevent by-pass.

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

BilgeMaster-D 2500 ✓ verified

Application

Bilge water treatment, legacy model, 15ppm capable

Common Failures & Inspection Points

Area: Oil content exceeding discharge limit (>15ppm)
Check: Verify oil content monitor (OCM/15ppm bilge alarm) reading and ensure overboard discharge valve is closed when threshold exceeded. Check integrated data recorder logs for discharge violations during previous 18 months. Verify alarm activation within 5 seconds and auto-stop device activation within 20 seconds.
Area: Sampling point contamination or improper installation
Check: Inspect sampling point location in vertical section of water effluent piping as close as practicable to separator outlet. Verify sample integrity (no floating oil layer), homogeneous mixture, and proper connection to oil content monitor. Ensure no bypass of OWS system and re-circulation facilities adjacent to overboard outlet.
Area: Separator maintenance overdue or service interval exceeded
Check: Confirm service interval tracking (16,000 operating hours for current models, 8,000 hours for legacy models). Verify maintenance records completion, including feed pump condition, automatic filter status, preheater function, bowl cleanliness, and oil monitor calibration. Check separator performance log for any efficiency degradation.
Area: Oil monitor calibration accuracy loss or seal tampering
Check: Verify 15ppm oil monitor calibration certificate and date of last calibration check (not exceeding 5 years from commissioning or manufacturer-specified interval). Inspect seal integrity on monitor access points. Confirm monitor cannot be accessed for cleaning or zeroing without breaking seal. Test alarm response with clean water to verify activation.
Area: System bypass or incomplete separation during operation
Check: Inspect modular unit assembly (feed pump/preheater and separator units) for physical disconnection or valve bypass. Verify all key components installed: feed pump operational, automatic filter unblocked, preheater maintaining fluid temperature (60-85°C per model), separator bowl for cracks/erosion, and control panel displaying no fault codes. Check return piping configuration to prevent by-pass.

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

BilgeMaster-D 3000 ✓ verified

Application

Bilge water treatment, legacy model, 15ppm capable

Common Failures & Inspection Points

Area: Oil content exceeding discharge limit (>15ppm)
Check: Verify oil content monitor (OCM/15ppm bilge alarm) reading and ensure overboard discharge valve is closed when threshold exceeded. Check integrated data recorder logs for discharge violations during previous 18 months. Verify alarm activation within 5 seconds and auto-stop device activation within 20 seconds.
Area: Sampling point contamination or improper installation
Check: Inspect sampling point location in vertical section of water effluent piping as close as practicable to separator outlet. Verify sample integrity (no floating oil layer), homogeneous mixture, and proper connection to oil content monitor. Ensure no bypass of OWS system and re-circulation facilities adjacent to overboard outlet.
Area: Separator maintenance overdue or service interval exceeded
Check: Confirm service interval tracking (16,000 operating hours for current models, 8,000 hours for legacy models). Verify maintenance records completion, including feed pump condition, automatic filter status, preheater function, bowl cleanliness, and oil monitor calibration. Check separator performance log for any efficiency degradation.
Area: Oil monitor calibration accuracy loss or seal tampering
Check: Verify 15ppm oil monitor calibration certificate and date of last calibration check (not exceeding 5 years from commissioning or manufacturer-specified interval). Inspect seal integrity on monitor access points. Confirm monitor cannot be accessed for cleaning or zeroing without breaking seal. Test alarm response with clean water to verify activation.
Area: System bypass or incomplete separation during operation
Check: Inspect modular unit assembly (feed pump/preheater and separator units) for physical disconnection or valve bypass. Verify all key components installed: feed pump operational, automatic filter unblocked, preheater maintaining fluid temperature (60-85°C per model), separator bowl for cracks/erosion, and control panel displaying no fault codes. Check return piping configuration to prevent by-pass.

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

BilgeMaster-D 4000 ✓ verified

Application

Bilge water treatment, legacy model, 15ppm capable

Common Failures & Inspection Points

Area: Oil content exceeding discharge limit (>15ppm)
Check: Verify oil content monitor (OCM/15ppm bilge alarm) reading and ensure overboard discharge valve is closed when threshold exceeded. Check integrated data recorder logs for discharge violations during previous 18 months. Verify alarm activation within 5 seconds and auto-stop device activation within 20 seconds.
Area: Sampling point contamination or improper installation
Check: Inspect sampling point location in vertical section of water effluent piping as close as practicable to separator outlet. Verify sample integrity (no floating oil layer), homogeneous mixture, and proper connection to oil content monitor. Ensure no bypass of OWS system and re-circulation facilities adjacent to overboard outlet.
Area: Separator maintenance overdue or service interval exceeded
Check: Confirm service interval tracking (16,000 operating hours for current models, 8,000 hours for legacy models). Verify maintenance records completion, including feed pump condition, automatic filter status, preheater function, bowl cleanliness, and oil monitor calibration. Check separator performance log for any efficiency degradation.
Area: Oil monitor calibration accuracy loss or seal tampering
Check: Verify 15ppm oil monitor calibration certificate and date of last calibration check (not exceeding 5 years from commissioning or manufacturer-specified interval). Inspect seal integrity on monitor access points. Confirm monitor cannot be accessed for cleaning or zeroing without breaking seal. Test alarm response with clean water to verify activation.
Area: System bypass or incomplete separation during operation
Check: Inspect modular unit assembly (feed pump/preheater and separator units) for physical disconnection or valve bypass. Verify all key components installed: feed pump operational, automatic filter unblocked, preheater maintaining fluid temperature (60-85°C per model), separator bowl for cracks/erosion, and control panel displaying no fault codes. Check return piping configuration to prevent by-pass.

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

BilgeMaster-D 5000 ✓ verified

Application

Bilge water treatment, legacy model, 15ppm capable

Common Failures & Inspection Points

Area: Oil content exceeding discharge limit (>15ppm)
Check: Verify oil content monitor (OCM/15ppm bilge alarm) reading and ensure overboard discharge valve is closed when threshold exceeded. Check integrated data recorder logs for discharge violations during previous 18 months. Verify alarm activation within 5 seconds and auto-stop device activation within 20 seconds.
Area: Sampling point contamination or improper installation
Check: Inspect sampling point location in vertical section of water effluent piping as close as practicable to separator outlet. Verify sample integrity (no floating oil layer), homogeneous mixture, and proper connection to oil content monitor. Ensure no bypass of OWS system and re-circulation facilities adjacent to overboard outlet.
Area: Separator maintenance overdue or service interval exceeded
Check: Confirm service interval tracking (16,000 operating hours for current models, 8,000 hours for legacy models). Verify maintenance records completion, including feed pump condition, automatic filter status, preheater function, bowl cleanliness, and oil monitor calibration. Check separator performance log for any efficiency degradation.
Area: Oil monitor calibration accuracy loss or seal tampering
Check: Verify 15ppm oil monitor calibration certificate and date of last calibration check (not exceeding 5 years from commissioning or manufacturer-specified interval). Inspect seal integrity on monitor access points. Confirm monitor cannot be accessed for cleaning or zeroing without breaking seal. Test alarm response with clean water to verify activation.
Area: System bypass or incomplete separation during operation
Check: Inspect modular unit assembly (feed pump/preheater and separator units) for physical disconnection or valve bypass. Verify all key components installed: feed pump operational, automatic filter unblocked, preheater maintaining fluid temperature (60-85°C per model), separator bowl for cracks/erosion, and control panel displaying no fault codes. Check return piping configuration to prevent by-pass.

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

BilgeMaster-D 6000 ✓ verified

Application

Bilge water treatment, legacy model, 15ppm capable

Common Failures & Inspection Points

Area: Oil content exceeding discharge limit (>15ppm)
Check: Verify oil content monitor (OCM/15ppm bilge alarm) reading and ensure overboard discharge valve is closed when threshold exceeded. Check integrated data recorder logs for discharge violations during previous 18 months. Verify alarm activation within 5 seconds and auto-stop device activation within 20 seconds.
Area: Sampling point contamination or improper installation
Check: Inspect sampling point location in vertical section of water effluent piping as close as practicable to separator outlet. Verify sample integrity (no floating oil layer), homogeneous mixture, and proper connection to oil content monitor. Ensure no bypass of OWS system and re-circulation facilities adjacent to overboard outlet.
Area: Separator maintenance overdue or service interval exceeded
Check: Confirm service interval tracking (16,000 operating hours for current models, 8,000 hours for legacy models). Verify maintenance records completion, including feed pump condition, automatic filter status, preheater function, bowl cleanliness, and oil monitor calibration. Check separator performance log for any efficiency degradation.
Area: Oil monitor calibration accuracy loss or seal tampering
Check: Verify 15ppm oil monitor calibration certificate and date of last calibration check (not exceeding 5 years from commissioning or manufacturer-specified interval). Inspect seal integrity on monitor access points. Confirm monitor cannot be accessed for cleaning or zeroing without breaking seal. Test alarm response with clean water to verify activation.
Area: System bypass or incomplete separation during operation
Check: Inspect modular unit assembly (feed pump/preheater and separator units) for physical disconnection or valve bypass. Verify all key components installed: feed pump operational, automatic filter unblocked, preheater maintaining fluid temperature (60-85°C per model), separator bowl for cracks/erosion, and control panel displaying no fault codes. Check return piping configuration to prevent by-pass.

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

BilgeMaster-D 7000 ✓ verified

Application

Bilge water treatment, legacy model, 15ppm capable

Common Failures & Inspection Points

Area: Oil content exceeding discharge limit (>15ppm)
Check: Verify oil content monitor (OCM/15ppm bilge alarm) reading and ensure overboard discharge valve is closed when threshold exceeded. Check integrated data recorder logs for discharge violations during previous 18 months. Verify alarm activation within 5 seconds and auto-stop device activation within 20 seconds.
Area: Sampling point contamination or improper installation
Check: Inspect sampling point location in vertical section of water effluent piping as close as practicable to separator outlet. Verify sample integrity (no floating oil layer), homogeneous mixture, and proper connection to oil content monitor. Ensure no bypass of OWS system and re-circulation facilities adjacent to overboard outlet.
Area: Separator maintenance overdue or service interval exceeded
Check: Confirm service interval tracking (16,000 operating hours for current models, 8,000 hours for legacy models). Verify maintenance records completion, including feed pump condition, automatic filter status, preheater function, bowl cleanliness, and oil monitor calibration. Check separator performance log for any efficiency degradation.
Area: Oil monitor calibration accuracy loss or seal tampering
Check: Verify 15ppm oil monitor calibration certificate and date of last calibration check (not exceeding 5 years from commissioning or manufacturer-specified interval). Inspect seal integrity on monitor access points. Confirm monitor cannot be accessed for cleaning or zeroing without breaking seal. Test alarm response with clean water to verify activation.
Area: System bypass or incomplete separation during operation
Check: Inspect modular unit assembly (feed pump/preheater and separator units) for physical disconnection or valve bypass. Verify all key components installed: feed pump operational, automatic filter unblocked, preheater maintaining fluid temperature (60-85°C per model), separator bowl for cracks/erosion, and control panel displaying no fault codes. Check return piping configuration to prevent by-pass.

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

GEA OSD 2 ✓ verified

Application

Bilge water treatment, fuel/lube/hydraulic oil purification, yacht separator

Common Failures & Inspection Points

Area: Oil content exceeding discharge limit (>15ppm)
Check: Verify oil content monitor (OCM/15ppm bilge alarm) reading and ensure overboard discharge valve is closed when threshold exceeded. Check integrated data recorder logs for discharge violations during previous 18 months. Verify alarm activation within 5 seconds and auto-stop device activation within 20 seconds.
Area: Sampling point contamination or improper installation
Check: Inspect sampling point location in vertical section of water effluent piping as close as practicable to separator outlet. Verify sample integrity (no floating oil layer), homogeneous mixture, and proper connection to oil content monitor. Ensure no bypass of OWS system and re-circulation facilities adjacent to overboard outlet.
Area: Separator maintenance overdue or service interval exceeded
Check: Confirm service interval tracking (16,000 operating hours for current models, 8,000 hours for legacy models). Verify maintenance records completion, including feed pump condition, automatic filter status, preheater function, bowl cleanliness, and oil monitor calibration. Check separator performance log for any efficiency degradation.
Area: Oil monitor calibration accuracy loss or seal tampering
Check: Verify 15ppm oil monitor calibration certificate and date of last calibration check (not exceeding 5 years from commissioning or manufacturer-specified interval). Inspect seal integrity on monitor access points. Confirm monitor cannot be accessed for cleaning or zeroing without breaking seal. Test alarm response with clean water to verify activation.
Area: System bypass or incomplete separation during operation
Check: Inspect modular unit assembly (feed pump/preheater and separator units) for physical disconnection or valve bypass. Verify all key components installed: feed pump operational, automatic filter unblocked, preheater maintaining fluid temperature (60-85°C per model), separator bowl for cracks/erosion, and control panel displaying no fault codes. Check return piping configuration to prevent by-pass.

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

GEA OTC 2-02-137 ✓ verified

Application

Clarifier/purifier separator for mineral oils on marine vessels

Common Failures & Inspection Points

Area: Oil content exceeding discharge limit (>15ppm)
Check: Verify oil content monitor (OCM/15ppm bilge alarm) reading and ensure overboard discharge valve is closed when threshold exceeded. Check integrated data recorder logs for discharge violations during previous 18 months. Verify alarm activation within 5 seconds and auto-stop device activation within 20 seconds.
Area: Sampling point contamination or improper installation
Check: Inspect sampling point location in vertical section of water effluent piping as close as practicable to separator outlet. Verify sample integrity (no floating oil layer), homogeneous mixture, and proper connection to oil content monitor. Ensure no bypass of OWS system and re-circulation facilities adjacent to overboard outlet.
Area: Separator maintenance overdue or service interval exceeded
Check: Confirm service interval tracking (16,000 operating hours for current models, 8,000 hours for legacy models). Verify maintenance records completion, including feed pump condition, automatic filter status, preheater function, bowl cleanliness, and oil monitor calibration. Check separator performance log for any efficiency degradation.
Area: Oil monitor calibration accuracy loss or seal tampering
Check: Verify 15ppm oil monitor calibration certificate and date of last calibration check (not exceeding 5 years from commissioning or manufacturer-specified interval). Inspect seal integrity on monitor access points. Confirm monitor cannot be accessed for cleaning or zeroing without breaking seal. Test alarm response with clean water to verify activation.
Area: System bypass or incomplete separation during operation
Check: Inspect modular unit assembly (feed pump/preheater and separator units) for physical disconnection or valve bypass. Verify all key components installed: feed pump operational, automatic filter unblocked, preheater maintaining fluid temperature (60-85°C per model), separator bowl for cracks/erosion, and control panel displaying no fault codes. Check return piping configuration to prevent by-pass.

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

GEA OTC 3-02-137 ✓ verified

Application

Water filtration and separator for mineral oils on marine vessels

Common Failures & Inspection Points

Area: Oil content exceeding discharge limit (>15ppm)
Check: Verify oil content monitor (OCM/15ppm bilge alarm) reading and ensure overboard discharge valve is closed when threshold exceeded. Check integrated data recorder logs for discharge violations during previous 18 months. Verify alarm activation within 5 seconds and auto-stop device activation within 20 seconds.
Area: Sampling point contamination or improper installation
Check: Inspect sampling point location in vertical section of water effluent piping as close as practicable to separator outlet. Verify sample integrity (no floating oil layer), homogeneous mixture, and proper connection to oil content monitor. Ensure no bypass of OWS system and re-circulation facilities adjacent to overboard outlet.
Area: Separator maintenance overdue or service interval exceeded
Check: Confirm service interval tracking (16,000 operating hours for current models, 8,000 hours for legacy models). Verify maintenance records completion, including feed pump condition, automatic filter status, preheater function, bowl cleanliness, and oil monitor calibration. Check separator performance log for any efficiency degradation.
Area: Oil monitor calibration accuracy loss or seal tampering
Check: Verify 15ppm oil monitor calibration certificate and date of last calibration check (not exceeding 5 years from commissioning or manufacturer-specified interval). Inspect seal integrity on monitor access points. Confirm monitor cannot be accessed for cleaning or zeroing without breaking seal. Test alarm response with clean water to verify activation.
Area: System bypass or incomplete separation during operation
Check: Inspect modular unit assembly (feed pump/preheater and separator units) for physical disconnection or valve bypass. Verify all key components installed: feed pump operational, automatic filter unblocked, preheater maintaining fluid temperature (60-85°C per model), separator bowl for cracks/erosion, and control panel displaying no fault codes. Check return piping configuration to prevent by-pass.

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

RWO/Veolia

27 ✓ 12 verified

RWO SKIT/S-DEB Series unverified

Model Family

SKIT/S-DEB

Separator Type

bilge_water_separator

Common Failures & Inspection Points

Bowl or disc-stack fouling from sludge accumulation, typically indicated by reduced separation efficiency, vibration or frequent discharge
Seal or O-ring deterioration, typically indicated by oil/water leakage, loss of operating water or unstable separation
Bearing/spindle wear from poor lubrication or imbalance, typically indicated by vibration, noise or high-temperature alarms
Incorrect interface control or water-seal condition, typically indicated by oil in water outlet, water in clean oil or repeated alarms
Control/solenoid or discharge mechanism fault, typically indicated by failure to discharge sludge or repeated shutdown

Service: Inspect bowl/disc components, seals, spindle/bearings, operating-water passages, feed temperature/condition, vibration and alarm history; use manufacturer documentation for exact bowl speeds, clearances and service limits.

Spare Parts: Keep complete seal kits, bowl O-rings, operating-water solenoid parts, bearings/service kits, feed-pump seals and critical control sensors.

Use Cases: Used in engine-room fuel and lube-oil treatment systems and, for bilge separators, in machinery-space oily-water processing. This entry applies specifically to the Bilge Water Separator variant identified as RWO (Veolia) RWO SKIT/S-DEB Series.

Datasheet

RWO SKIT/S-DEB 500l/h unverified

Model Family

SKIT/S-DEB

Separator Type

bilge_water_separator

Throughput (l/h)

500

Medium

bilge_water

Imo mepc

107.49

Common Failures & Inspection Points

Bowl or disc-stack fouling from sludge accumulation, typically indicated by reduced separation efficiency, vibration or frequent discharge
Seal or O-ring deterioration, typically indicated by oil/water leakage, loss of operating water or unstable separation
Bearing/spindle wear from poor lubrication or imbalance, typically indicated by vibration, noise or high-temperature alarms
Incorrect interface control or water-seal condition, typically indicated by oil in water outlet, water in clean oil or repeated alarms
Control/solenoid or discharge mechanism fault, typically indicated by failure to discharge sludge or repeated shutdown

Spare Parts: Keep complete seal kits, bowl O-rings, operating-water solenoid parts, bearings/service kits, feed-pump seals and critical control sensors.

Datasheet

RWO SKIT/S-DEB 1000l/h unverified

Model Family

SKIT/S-DEB

Separator Type

bilge_water_separator

Throughput (l/h)

1000

Medium

bilge_water

Imo mepc

107.49

Common Failures & Inspection Points

Bowl or disc-stack fouling from sludge accumulation, typically indicated by reduced separation efficiency, vibration or frequent discharge
Seal or O-ring deterioration, typically indicated by oil/water leakage, loss of operating water or unstable separation
Bearing/spindle wear from poor lubrication or imbalance, typically indicated by vibration, noise or high-temperature alarms
Incorrect interface control or water-seal condition, typically indicated by oil in water outlet, water in clean oil or repeated alarms
Control/solenoid or discharge mechanism fault, typically indicated by failure to discharge sludge or repeated shutdown

Spare Parts: Keep complete seal kits, bowl O-rings, operating-water solenoid parts, bearings/service kits, feed-pump seals and critical control sensors.

Datasheet

RWO SKIT/S-DEB 2000l/h unverified

Model Family

SKIT/S-DEB

Separator Type

bilge_water_separator

Throughput (l/h)

2000

Medium

bilge_water

Imo mepc

107.49

Common Failures & Inspection Points

Bowl or disc-stack fouling from sludge accumulation, typically indicated by reduced separation efficiency, vibration or frequent discharge
Seal or O-ring deterioration, typically indicated by oil/water leakage, loss of operating water or unstable separation
Bearing/spindle wear from poor lubrication or imbalance, typically indicated by vibration, noise or high-temperature alarms
Incorrect interface control or water-seal condition, typically indicated by oil in water outlet, water in clean oil or repeated alarms
Control/solenoid or discharge mechanism fault, typically indicated by failure to discharge sludge or repeated shutdown

Spare Parts: Keep complete seal kits, bowl O-rings, operating-water solenoid parts, bearings/service kits, feed-pump seals and critical control sensors.

Datasheet

RWO SKIT/S-DEB 5000l/h unverified

Model Family

SKIT/S-DEB

Separator Type

bilge_water_separator

Throughput (l/h)

5000

Medium

bilge_water

Imo mepc

107.49

Common Failures & Inspection Points

Bowl or disc-stack fouling from sludge accumulation, typically indicated by reduced separation efficiency, vibration or frequent discharge
Seal or O-ring deterioration, typically indicated by oil/water leakage, loss of operating water or unstable separation
Bearing/spindle wear from poor lubrication or imbalance, typically indicated by vibration, noise or high-temperature alarms
Incorrect interface control or water-seal condition, typically indicated by oil in water outlet, water in clean oil or repeated alarms
Control/solenoid or discharge mechanism fault, typically indicated by failure to discharge sludge or repeated shutdown

Spare Parts: Keep complete seal kits, bowl O-rings, operating-water solenoid parts, bearings/service kits, feed-pump seals and critical control sensors.

Datasheet

RWO SKIT/S-SEP Series unverified

Model Family

SKIT/S-SEP

Separator Type

bilge_water_separator

Common Failures & Inspection Points

Bowl or disc-stack fouling from sludge accumulation, typically indicated by reduced separation efficiency, vibration or frequent discharge
Seal or O-ring deterioration, typically indicated by oil/water leakage, loss of operating water or unstable separation
Bearing/spindle wear from poor lubrication or imbalance, typically indicated by vibration, noise or high-temperature alarms
Incorrect interface control or water-seal condition, typically indicated by oil in water outlet, water in clean oil or repeated alarms
Control/solenoid or discharge mechanism fault, typically indicated by failure to discharge sludge or repeated shutdown

Spare Parts: Keep complete seal kits, bowl O-rings, operating-water solenoid parts, bearings/service kits, feed-pump seals and critical control sensors.

Datasheet

RWO SKIT/S-SEP 1000l/h unverified

Model Family

SKIT/S-SEP

Separator Type

bilge_water_separator

Throughput (l/h)

1000

Medium

bilge_water

Imo mepc

107.49

Common Failures & Inspection Points

Bowl or disc-stack fouling from sludge accumulation, typically indicated by reduced separation efficiency, vibration or frequent discharge
Seal or O-ring deterioration, typically indicated by oil/water leakage, loss of operating water or unstable separation
Bearing/spindle wear from poor lubrication or imbalance, typically indicated by vibration, noise or high-temperature alarms
Incorrect interface control or water-seal condition, typically indicated by oil in water outlet, water in clean oil or repeated alarms
Control/solenoid or discharge mechanism fault, typically indicated by failure to discharge sludge or repeated shutdown

Spare Parts: Keep complete seal kits, bowl O-rings, operating-water solenoid parts, bearings/service kits, feed-pump seals and critical control sensors.

Datasheet

RWO SKIT/S-SEP 2000l/h unverified

Model Family

SKIT/S-SEP

Separator Type

bilge_water_separator

Throughput (l/h)

2000

Medium

bilge_water

Imo mepc

107.49

Common Failures & Inspection Points

Bowl or disc-stack fouling from sludge accumulation, typically indicated by reduced separation efficiency, vibration or frequent discharge
Seal or O-ring deterioration, typically indicated by oil/water leakage, loss of operating water or unstable separation
Bearing/spindle wear from poor lubrication or imbalance, typically indicated by vibration, noise or high-temperature alarms
Incorrect interface control or water-seal condition, typically indicated by oil in water outlet, water in clean oil or repeated alarms
Control/solenoid or discharge mechanism fault, typically indicated by failure to discharge sludge or repeated shutdown

Spare Parts: Keep complete seal kits, bowl O-rings, operating-water solenoid parts, bearings/service kits, feed-pump seals and critical control sensors.

Datasheet

RWO SKIT/S-SEP 5000l/h unverified

Model Family

SKIT/S-SEP

Separator Type

bilge_water_separator

Throughput (l/h)

5000

Medium

bilge_water

Imo mepc

107.49

Common Failures & Inspection Points

Bowl or disc-stack fouling from sludge accumulation, typically indicated by reduced separation efficiency, vibration or frequent discharge
Seal or O-ring deterioration, typically indicated by oil/water leakage, loss of operating water or unstable separation
Bearing/spindle wear from poor lubrication or imbalance, typically indicated by vibration, noise or high-temperature alarms
Incorrect interface control or water-seal condition, typically indicated by oil in water outlet, water in clean oil or repeated alarms
Control/solenoid or discharge mechanism fault, typically indicated by failure to discharge sludge or repeated shutdown

Spare Parts: Keep complete seal kits, bowl O-rings, operating-water solenoid parts, bearings/service kits, feed-pump seals and critical control sensors.

Datasheet

RWO SKIT/S-SEP 10000l/h unverified

Model Family

SKIT/S-SEP

Separator Type

bilge_water_separator

Throughput (l/h)

10000

Medium

bilge_water

Imo mepc

107.49

Common Failures & Inspection Points

Bowl or disc-stack fouling reduces separation efficiency and causes vibration, poor outlet quality or frequent discharge cycles
Bowl seals, operating-water passages or assembly faults cause leakage, loss of interface control or failed discharge
Bearing, spindle or drive wear causes abnormal noise, rising vibration or protective shutdown
Feed-temperature, flow or backpressure problems cause poor separation despite normal bowl speed
Solenoid, discharge or control faults prevent correct opening and closing sequence and cause product loss or alarms

Service: Inspect bowl and disc-stack cleanliness, seals, operating-water passages, drive condition, vibration and discharge sequence. Confirm correct assembly and locking after overhaul and review outlet quality and process temperature. Check alarms and protective trips under the approved procedure. Refer to the manufacturer documentation for the exact figure for bowl speed, assembly, wear and process settings.

Spare Parts: Carry bowl seal kits, O-rings, operating-water seals, solenoid or valve parts, bearings where appropriate, friction or drive components and manufacturer-recommended separator consumables.

Use Cases: Fuel-oil purification, lubricating-oil cleaning, sludge concentration and related engine-room treatment duties.

Datasheet

RWO SKIT/S-WS Series unverified

Model Family

SKIT/S-WS

Separator Type

bilge_water_separator

Common Failures & Inspection Points

Bowl or disc-stack fouling from sludge accumulation, typically indicated by reduced separation efficiency, vibration or frequent discharge
Seal or O-ring deterioration, typically indicated by oil/water leakage, loss of operating water or unstable separation
Bearing/spindle wear from poor lubrication or imbalance, typically indicated by vibration, noise or high-temperature alarms
Incorrect interface control or water-seal condition, typically indicated by oil in water outlet, water in clean oil or repeated alarms
Control/solenoid or discharge mechanism fault, typically indicated by failure to discharge sludge or repeated shutdown

Spare Parts: Keep complete seal kits, bowl O-rings, operating-water solenoid parts, bearings/service kits, feed-pump seals and critical control sensors.

Datasheet

RWO SKIT/S-WS 2000l/h unverified

Model Family

SKIT/S-WS

Separator Type

bilge_water_separator

Throughput (l/h)

2000

Medium

bilge_water

Imo mepc

107.49

Common Failures & Inspection Points

Bowl or disc-stack fouling from sludge accumulation, typically indicated by reduced separation efficiency, vibration or frequent discharge
Seal or O-ring deterioration, typically indicated by oil/water leakage, loss of operating water or unstable separation
Bearing/spindle wear from poor lubrication or imbalance, typically indicated by vibration, noise or high-temperature alarms
Incorrect interface control or water-seal condition, typically indicated by oil in water outlet, water in clean oil or repeated alarms
Control/solenoid or discharge mechanism fault, typically indicated by failure to discharge sludge or repeated shutdown

Spare Parts: Keep complete seal kits, bowl O-rings, operating-water solenoid parts, bearings/service kits, feed-pump seals and critical control sensors.

Datasheet

RWO SKIT/S-WS 5000l/h unverified

Model Family

SKIT/S-WS

Separator Type

bilge_water_separator

Throughput (l/h)

5000

Medium

bilge_water

Imo mepc

107.49

Common Failures & Inspection Points

Bowl or disc-stack fouling from sludge accumulation, typically indicated by reduced separation efficiency, vibration or frequent discharge
Seal or O-ring deterioration, typically indicated by oil/water leakage, loss of operating water or unstable separation
Bearing/spindle wear from poor lubrication or imbalance, typically indicated by vibration, noise or high-temperature alarms
Incorrect interface control or water-seal condition, typically indicated by oil in water outlet, water in clean oil or repeated alarms
Control/solenoid or discharge mechanism fault, typically indicated by failure to discharge sludge or repeated shutdown

Spare Parts: Keep complete seal kits, bowl O-rings, operating-water solenoid parts, bearings/service kits, feed-pump seals and critical control sensors.

Datasheet

RWO SKIT/S-WS 10000l/h unverified

Model Family

SKIT/S-WS

Separator Type

bilge_water_separator

Throughput (l/h)

10000

Medium

bilge_water

Imo mepc

107.49

Common Failures & Inspection Points

Bowl or disc-stack fouling from sludge accumulation, typically indicated by reduced separation efficiency, vibration or frequent discharge
Seal or O-ring deterioration, typically indicated by oil/water leakage, loss of operating water or unstable separation
Bearing/spindle wear from poor lubrication or imbalance, typically indicated by vibration, noise or high-temperature alarms
Incorrect interface control or water-seal condition, typically indicated by oil in water outlet, water in clean oil or repeated alarms
Control/solenoid or discharge mechanism fault, typically indicated by failure to discharge sludge or repeated shutdown

Spare Parts: Keep complete seal kits, bowl O-rings, operating-water solenoid parts, bearings/service kits, feed-pump seals and critical control sensors.

Datasheet

RWO SKIT/S-WS 15000l/h unverified

Model Family

SKIT/S-WS

Separator Type

bilge_water_separator

Throughput (l/h)

15000

Medium

bilge_water

Imo mepc

107.49

Common Failures & Inspection Points

Bowl or disc-stack fouling from sludge accumulation, typically indicated by reduced separation efficiency, vibration or frequent discharge
Seal or O-ring deterioration, typically indicated by oil/water leakage, loss of operating water or unstable separation
Bearing/spindle wear from poor lubrication or imbalance, typically indicated by vibration, noise or high-temperature alarms
Incorrect interface control or water-seal condition, typically indicated by oil in water outlet, water in clean oil or repeated alarms
Control/solenoid or discharge mechanism fault, typically indicated by failure to discharge sludge or repeated shutdown

Spare Parts: Keep complete seal kits, bowl O-rings, operating-water solenoid parts, bearings/service kits, feed-pump seals and critical control sensors.

Datasheet

OWS-COM 0.1 ✓ verified

Application

Bilge water separator for small ships and retrofit

Common Failures & Inspection Points

Area: Coalescer wear and clogging
Check: Visual: check coalescer for wear, discolouration, clogging; measure pressure differential across coalescer (should be <0.5 bar)
Area: 15ppm bilge alarm accuracy and calibration
Check: Alle 5 Jahre: Kalibrierungsprüfung des 15ppm Monitors durchführen; Sensorelektrode reinigen; Funktionsprüfung durchführen; Zertifikat ausstellen
Area: Aktivkohle-Adsorberpatronen Sättigung
Check: Jährlich: Adsorberpatronen wechseln; Effluent-Qualität auf <5 ppm überprüfen; Energieverbrauch monitoring
Area: Piston valves and solenoid valves for leakage
Check: Visual and pressure test: check all piston and solenoid valves for leakage; perform annual maintenance
Area: Flush water supply and air pressure
Check: Check: inspect flush water supply for clogging; monitor air pressure in system; test backflush function

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

OWS-COM 0.25 ✓ verified

Application

Bilgewasser-Separator für kleine bis mittlere Schiffe

Common Failures & Inspection Points

Area: Coalescer wear and clogging
Check: Visual: check coalescer for wear, discolouration, clogging; measure pressure differential across coalescer (should be <0.5 bar)
Area: 15ppm bilge alarm accuracy and calibration
Check: Alle 5 Jahre: Kalibrierungsprüfung des 15ppm Monitors durchführen; Sensorelektrode reinigen; Funktionsprüfung durchführen; Zertifikat ausstellen
Area: Aktivkohle-Adsorberpatronen Sättigung
Check: Jährlich: Adsorberpatronen wechseln; Effluent-Qualität auf <5 ppm überprüfen; Energieverbrauch monitoring
Area: Piston valves and solenoid valves for leakage
Check: Visual and pressure test: check all piston and solenoid valves for leakage; perform annual maintenance
Area: Flush water supply and air pressure
Check: Check: inspect flush water supply for clogging; monitor air pressure in system; test backflush function

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

OWS-COM 0.5 ✓ verified

Application

Bilgewasser-Separator für mittlere Schiffe

Common Failures & Inspection Points

Area: Coalescer wear and clogging
Check: Visual: check coalescer for wear, discolouration, clogging; measure pressure differential across coalescer (should be <0.5 bar)
Area: 15ppm bilge alarm accuracy and calibration
Check: Alle 5 Jahre: Kalibrierungsprüfung des 15ppm Monitors durchführen; Sensorelektrode reinigen; Funktionsprüfung durchführen; Zertifikat ausstellen
Area: Aktivkohle-Adsorberpatronen Sättigung
Check: Jährlich: Adsorberpatronen wechseln; Effluent-Qualität auf <5 ppm überprüfen; Energieverbrauch monitoring
Area: Piston valves and solenoid valves for leakage
Check: Visual and pressure test: check all piston and solenoid valves for leakage; perform annual maintenance
Area: Flush water supply and air pressure
Check: Check: inspect flush water supply for clogging; monitor air pressure in system; test backflush function

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

OWS-COM 1.0 ✓ verified

Application

Bilgewasser-Separator für mittlere bis große Schiffe

Common Failures & Inspection Points

Area: Coalescer wear and clogging
Check: Visual: check coalescer for wear, discolouration, clogging; measure pressure differential across coalescer (should be <0.5 bar)
Area: 15ppm bilge alarm accuracy and calibration
Check: Alle 5 Jahre: Kalibrierungsprüfung des 15ppm Monitors durchführen; Sensorelektrode reinigen; Funktionsprüfung durchführen; Zertifikat ausstellen
Area: Aktivkohle-Adsorberpatronen Sättigung
Check: Jährlich: Adsorberpatronen wechseln; Effluent-Qualität auf <5 ppm überprüfen; Energieverbrauch monitoring
Area: Piston valves and solenoid valves for leakage
Check: Visual and pressure test: check all piston and solenoid valves for leakage; perform annual maintenance
Area: Flush water supply and air pressure
Check: Check: inspect flush water supply for clogging; monitor air pressure in system; test backflush function

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

OWS-COM 2.5 ✓ verified

Application

Bilge water separator for large ships and tankers

Common Failures & Inspection Points

Area: Coalescer wear and clogging
Check: Visual: check coalescer for wear, discolouration, clogging; measure pressure differential across coalescer (should be <0.5 bar)
Area: 15ppm bilge alarm accuracy and calibration
Check: Alle 5 Jahre: Kalibrierungsprüfung des 15ppm Monitors durchführen; Sensorelektrode reinigen; Funktionsprüfung durchführen; Zertifikat ausstellen
Area: Aktivkohle-Adsorberpatronen Sättigung
Check: Jährlich: Adsorberpatronen wechseln; Effluent-Qualität auf <5 ppm überprüfen; Energieverbrauch monitoring
Area: Piston valves and solenoid valves for leakage
Check: Visual and pressure test: check all piston and solenoid valves for leakage; perform annual maintenance
Area: Flush water supply and air pressure
Check: Check: inspect flush water supply for clogging; monitor air pressure in system; test backflush function

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

OWS-COM 5.0 ✓ verified

Application

Bilge water separator for large merchant ships and bulk carriers

Common Failures & Inspection Points

Area: Coalescer wear and clogging
Check: Visual: check coalescer for wear, discolouration, clogging; measure pressure differential across coalescer (should be <0.5 bar)
Area: 15ppm bilge alarm accuracy and calibration
Check: Alle 5 Jahre: Kalibrierungsprüfung des 15ppm Monitors durchführen; Sensorelektrode reinigen; Funktionsprüfung durchführen; Zertifikat ausstellen
Area: Aktivkohle-Adsorberpatronen Sättigung
Check: Jährlich: Adsorberpatronen wechseln; Effluent-Qualität auf <5 ppm überprüfen; Energieverbrauch monitoring
Area: Piston valves and solenoid valves for leakage
Check: Visual and pressure test: check all piston and solenoid valves for leakage; perform annual maintenance
Area: Flush water supply and air pressure
Check: Check: inspect flush water supply for clogging; monitor air pressure in system; test backflush function

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

OWS-COM 10.0 ✓ verified

Application

Bilge water separator for large container feeders and bulk carriers

Common Failures & Inspection Points

Area: Coalescer wear and clogging
Check: Visual: check coalescer for wear, discolouration, clogging; measure pressure differential across coalescer (should be <0.5 bar)
Area: 15ppm bilge alarm accuracy and calibration
Check: Alle 5 Jahre: Kalibrierungsprüfung des 15ppm Monitors durchführen; Sensorelektrode reinigen; Funktionsprüfung durchführen; Zertifikat ausstellen
Area: Aktivkohle-Adsorberpatronen Sättigung
Check: Jährlich: Adsorberpatronen wechseln; Effluent-Qualität auf <5 ppm überprüfen; Energieverbrauch monitoring
Area: Piston valves and solenoid valves for leakage
Check: Visual and pressure test: check all piston and solenoid valves for leakage; perform annual maintenance
Area: Flush water supply and air pressure
Check: Check: inspect flush water supply for clogging; monitor air pressure in system; test backflush function

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

SKIT/S-DEB 1.0 ✓ verified

Application

Bilgewasser-Separator, Legacy-Modell (Produktion eingestellt, Support verfügbar)

Common Failures & Inspection Points

Area: Coalescer wear and clogging
Check: Visual: check coalescer for wear, discolouration, clogging; measure pressure differential across coalescer (should be <0.5 bar)
Area: 15ppm bilge alarm accuracy and calibration
Check: Alle 5 Jahre: Kalibrierungsprüfung des 15ppm Monitors durchführen; Sensorelektrode reinigen; Funktionsprüfung durchführen; Zertifikat ausstellen
Area: Aktivkohle-Adsorberpatronen Sättigung
Check: Jährlich: Adsorberpatronen wechseln; Effluent-Qualität auf <5 ppm überprüfen; Energieverbrauch monitoring
Area: Piston valves and solenoid valves for leakage
Check: Visual and pressure test: check all piston and solenoid valves for leakage; perform annual maintenance
Area: Flush water supply and air pressure
Check: Check: inspect flush water supply for clogging; monitor air pressure in system; test backflush function

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

SKIT/S-DEB 2.5 ✓ verified

Application

Bilgewasser-Separator, Legacy-Modell (Produktion eingestellt, Support verfügbar)

Common Failures & Inspection Points

Area: Coalescer wear and clogging
Check: Visual: check coalescer for wear, discolouration, clogging; measure pressure differential across coalescer (should be <0.5 bar)
Area: 15ppm bilge alarm accuracy and calibration
Check: Alle 5 Jahre: Kalibrierungsprüfung des 15ppm Monitors durchführen; Sensorelektrode reinigen; Funktionsprüfung durchführen; Zertifikat ausstellen
Area: Aktivkohle-Adsorberpatronen Sättigung
Check: Jährlich: Adsorberpatronen wechseln; Effluent-Qualität auf <5 ppm überprüfen; Energieverbrauch monitoring
Area: Piston valves and solenoid valves for leakage
Check: Visual and pressure test: check all piston and solenoid valves for leakage; perform annual maintenance
Area: Flush water supply and air pressure
Check: Check: inspect flush water supply for clogging; monitor air pressure in system; test backflush function

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

SKIT/S-DEB 5.0 ✓ verified

Application

Bilgewasser-Separator, Legacy-Modell (Produktion eingestellt, Support verfügbar)

Common Failures & Inspection Points

Area: Coalescer wear and clogging
Check: Visual: check coalescer for wear, discolouration, clogging; measure pressure differential across coalescer (should be <0.5 bar)
Area: 15ppm bilge alarm accuracy and calibration
Check: Alle 5 Jahre: Kalibrierungsprüfung des 15ppm Monitors durchführen; Sensorelektrode reinigen; Funktionsprüfung durchführen; Zertifikat ausstellen
Area: Aktivkohle-Adsorberpatronen Sättigung
Check: Jährlich: Adsorberpatronen wechseln; Effluent-Qualität auf <5 ppm überprüfen; Energieverbrauch monitoring
Area: Piston valves and solenoid valves for leakage
Check: Visual and pressure test: check all piston and solenoid valves for leakage; perform annual maintenance
Area: Flush water supply and air pressure
Check: Check: inspect flush water supply for clogging; monitor air pressure in system; test backflush function

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

SKIT/S-DEB 10.0 ✓ verified

Application

Bilgewasser-Separator, Legacy-Modell (Produktion eingestellt, Support verfügbar)

Common Failures & Inspection Points

Area: Coalescer wear and clogging
Check: Visual: check coalescer for wear, discolouration, clogging; measure pressure differential across coalescer (should be <0.5 bar)
Area: 15ppm bilge alarm accuracy and calibration
Check: Alle 5 Jahre: Kalibrierungsprüfung des 15ppm Monitors durchführen; Sensorelektrode reinigen; Funktionsprüfung durchführen; Zertifikat ausstellen
Area: Aktivkohle-Adsorberpatronen Sättigung
Check: Jährlich: Adsorberpatronen wechseln; Effluent-Qualität auf <5 ppm überprüfen; Energieverbrauch monitoring
Area: Piston valves and solenoid valves for leakage
Check: Visual and pressure test: check all piston and solenoid valves for leakage; perform annual maintenance
Area: Flush water supply and air pressure
Check: Check: inspect flush water supply for clogging; monitor air pressure in system; test backflush function

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

OWS-PT ✓ verified

Application

Drucktyp Bilgewasser-Separator für Großschiffe (VLCC/ULCC, VLOC/ULOC), SMM 2022 lanciert

Common Failures & Inspection Points

Area: Coalescer wear and clogging
Check: Visual: check coalescer for wear, discolouration, clogging; measure pressure differential across coalescer (should be <0.5 bar)
Area: 15ppm bilge alarm accuracy and calibration
Check: Alle 5 Jahre: Kalibrierungsprüfung des 15ppm Monitors durchführen; Sensorelektrode reinigen; Funktionsprüfung durchführen; Zertifikat ausstellen
Area: Aktivkohle-Adsorberpatronen Sättigung
Check: Jährlich: Adsorberpatronen wechseln; Effluent-Qualität auf <5 ppm überprüfen; Energieverbrauch monitoring
Area: Piston valves and solenoid valves for leakage
Check: Visual and pressure test: check all piston and solenoid valves for leakage; perform annual maintenance
Area: Flush water supply and air pressure
Check: Check: inspect flush water supply for clogging; monitor air pressure in system; test backflush function

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

Victor Marine

21 ✓ 8 verified

Victor Marine VN-150 Series unverified

Model Family

VN-150

Separator Type

bilge_water_separator

Datasheet

Victor Marine VN-150 500l/h unverified

Model Family

VN-150

Separator Type

bilge_water_separator

Throughput (l/h)

500

Medium

bilge_water

Datasheet

Victor Marine VN-150 1000l/h unverified

Model Family

VN-150

Separator Type

bilge_water_separator

Throughput (l/h)

1000

Medium

bilge_water

Datasheet

Victor Marine VN-150 2000l/h unverified

Model Family

VN-150

Separator Type

bilge_water_separator

Throughput (l/h)

2000

Medium

bilge_water

Datasheet

Victor Marine VN-250 Series unverified

Model Family

VN-250

Separator Type

bilge_water_separator

Datasheet

Victor Marine VN-250 1000l/h unverified

Model Family

VN-250

Separator Type

bilge_water_separator

Throughput (l/h)

1000

Medium

bilge_water

Datasheet

Victor Marine VN-250 2000l/h unverified

Model Family

VN-250

Separator Type

bilge_water_separator

Throughput (l/h)

2000

Medium

bilge_water

Datasheet

Victor Marine VN-250 5000l/h unverified

Model Family

VN-250

Separator Type

bilge_water_separator

Throughput (l/h)

5000

Medium

bilge_water

Datasheet

Victor Marine VN-500 Series unverified

Model Family

VN-500

Separator Type

bilge_water_separator

Datasheet

Victor Marine VN-500 2000l/h unverified

Model Family

VN-500

Separator Type

bilge_water_separator

Throughput (l/h)

2000

Medium

bilge_water

Datasheet

Victor Marine VN-500 5000l/h unverified

Model Family

VN-500

Separator Type

bilge_water_separator

Throughput (l/h)

5000

Medium

bilge_water

Datasheet

Victor Marine VN-500 10000l/h unverified

Model Family

VN-500

Separator Type

bilge_water_separator

Throughput (l/h)

10000

Medium

bilge_water

Common Failures & Inspection Points

Mechanical wear caused by inadequate lubrication, contamination or long service, resulting in rising vibration, noise or temperature
Seal or gasket deterioration caused by wear, corrosion or misalignment, resulting in visible leakage or loss of process containment
Flow restriction, cavitation or fouling caused by blocked passages or unsuitable operating conditions, resulting in reduced capacity and unstable performance
Motor, coupling or drive failure caused by electrical faults, misalignment or overload, resulting in trips, abnormal current or inability to reach normal speed
Sensor, control or protection failure caused by wiring, calibration or electronics faults, resulting in alarms, incorrect control response or shutdown

Service: Inspect bearings, lubrication, seals, couplings, foundations, process connections and protective devices. Trend vibration, temperature, pressure, flow and motor load where available and investigate deterioration from the established normal condition. Check for leakage, corrosion, fouling and abnormal mechanical contact. Function-test local and remote controls, alarms and shutdowns after maintenance. Maintain cleanliness during opening and reassembly. Refer to the manufacturer documentation for the exact figure for clearances, limits, settings and overhaul criteria.

Spare Parts: Keep model-correct seals, gaskets, bearings, filters or strainers, coupling parts, sensors and manufacturer-recommended wear components. Critical installations may justify a rotating assembly, motor or control module according to redundancy. Confirm all parts against the exact model and serial number.

Use Cases: It is used for bilge, sludge, fuel and lube-oil treatment on merchant ships, passenger vessels, offshore units or other vessel types where this equipment category is fitted.

Datasheet

CS0250 ✓ verified

Application

Small vessels, container ships, tankers (0.25 m³/hr capacity)

Common Failures & Inspection Points

Area: Bilge Water Level & Composition Verification
Check: Daily inspection of bilge water level in separator and verification of composition (identify oil slicks, emulsions, sediment accumulation) to ensure proper operation and detect contamination sources before processing
Area: 15ppm Alarm System Functionality Test
Check: Confirm that 15ppm bilge alarm is displaying correctly and functional; verify alarm sensor is properly installed in vertical section of water effluent piping close to separator outlet; test alarm response with sample line flow verification
Area: Filter/Coalescer Element Inspection & Cleaning
Check: Regular inspection and cleaning of coalescing filter elements and AGM (Adsorption Granular Media) filtration cartridges for sediment/oil accumulation; assess element saturation state; plan replacement intervals based on bilge composition and flow rate
Area: Valve Position & Piping Integrity Check
Check: Verify all three-way isolation and bypass valves are in correct operational position; inspect all pipe connections, flanges (cast iron three-way valve per IMO MEPC 107(49) Section 6.1.1), and valve seals for leaks; pressurize system to maximum 3.45 bar to detect micro-leaks
Area: Data Recording Device & Sample Line Verification
Check: Verify data recording device is functioning and storing operation/discharge records; confirm sample line from separator to 15ppm alarm is unobstructed and provides representative sample with adequate pressure and flow; check line connections for kinks, blockages, or sediment deposition

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

[08.08.2026] Datenblattlink entfernt (fehler 404): https://victormarine.com/portfolio/cs0250/

Datasheet

CS500 ✓ verified

Application

Small to medium vessels (0.5 m³/hr capacity)

Common Failures & Inspection Points

Area: Bilge Water Level & Composition Verification
Check: Daily inspection of bilge water level in separator and verification of composition (identify oil slicks, emulsions, sediment accumulation) to ensure proper operation and detect contamination sources before processing
Area: 15ppm Alarm System Functionality Test
Check: Confirm that 15ppm bilge alarm is displaying correctly and functional; verify alarm sensor is properly installed in vertical section of water effluent piping close to separator outlet; test alarm response with sample line flow verification
Area: Filter/Coalescer Element Inspection & Cleaning
Check: Regular inspection and cleaning of coalescing filter elements and AGM (Adsorption Granular Media) filtration cartridges for sediment/oil accumulation; assess element saturation state; plan replacement intervals based on bilge composition and flow rate
Area: Valve Position & Piping Integrity Check
Check: Verify all three-way isolation and bypass valves are in correct operational position; inspect all pipe connections, flanges (cast iron three-way valve per IMO MEPC 107(49) Section 6.1.1), and valve seals for leaks; pressurize system to maximum 3.45 bar to detect micro-leaks
Area: Data Recording Device & Sample Line Verification
Check: Verify data recording device is functioning and storing operation/discharge records; confirm sample line from separator to 15ppm alarm is unobstructed and provides representative sample with adequate pressure and flow; check line connections for kinks, blockages, or sediment deposition

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

CS500Lite ✓ verified

Application

Small vessels with weight constraints, fast patrol craft, superyachts

Common Failures & Inspection Points

Area: Bilge Water Level & Composition Verification
Check: Daily inspection of bilge water level in separator and verification of composition (identify oil slicks, emulsions, sediment accumulation) to ensure proper operation and detect contamination sources before processing
Area: 15ppm Alarm System Functionality Test
Check: Confirm that 15ppm bilge alarm is displaying correctly and functional; verify alarm sensor is properly installed in vertical section of water effluent piping close to separator outlet; test alarm response with sample line flow verification
Area: Filter/Coalescer Element Inspection & Cleaning
Check: Regular inspection and cleaning of coalescing filter elements and AGM (Adsorption Granular Media) filtration cartridges for sediment/oil accumulation; assess element saturation state; plan replacement intervals based on bilge composition and flow rate
Area: Valve Position & Piping Integrity Check
Check: Verify all three-way isolation and bypass valves are in correct operational position; inspect all pipe connections, flanges (cast iron three-way valve per IMO MEPC 107(49) Section 6.1.1), and valve seals for leaks; pressurize system to maximum 3.45 bar to detect micro-leaks
Area: Data Recording Device & Sample Line Verification
Check: Verify data recording device is functioning and storing operation/discharge records; confirm sample line from separator to 15ppm alarm is unobstructed and provides representative sample with adequate pressure and flow; check line connections for kinks, blockages, or sediment deposition

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

CS1000 ✓ verified

Application

Medium vessels, ferries, workboats (1.0 m³/hr capacity)

Common Failures & Inspection Points

Area: Bilge Water Level & Composition Verification
Check: Daily inspection of bilge water level in separator and verification of composition (identify oil slicks, emulsions, sediment accumulation) to ensure proper operation and detect contamination sources before processing
Area: 15ppm Alarm System Functionality Test
Check: Confirm that 15ppm bilge alarm is displaying correctly and functional; verify alarm sensor is properly installed in vertical section of water effluent piping close to separator outlet; test alarm response with sample line flow verification
Area: Filter/Coalescer Element Inspection & Cleaning
Check: Regular inspection and cleaning of coalescing filter elements and AGM (Adsorption Granular Media) filtration cartridges for sediment/oil accumulation; assess element saturation state; plan replacement intervals based on bilge composition and flow rate
Area: Valve Position & Piping Integrity Check
Check: Verify all three-way isolation and bypass valves are in correct operational position; inspect all pipe connections, flanges (cast iron three-way valve per IMO MEPC 107(49) Section 6.1.1), and valve seals for leaks; pressurize system to maximum 3.45 bar to detect micro-leaks
Area: Data Recording Device & Sample Line Verification
Check: Verify data recording device is functioning and storing operation/discharge records; confirm sample line from separator to 15ppm alarm is unobstructed and provides representative sample with adequate pressure and flow; check line connections for kinks, blockages, or sediment deposition

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

CS3000 ✓ verified

Application

Large vessels, tankers, offshore support (3.0 m³/hr capacity)

Common Failures & Inspection Points

Area: Bilge Water Level & Composition Verification
Check: Daily inspection of bilge water level in separator and verification of composition (identify oil slicks, emulsions, sediment accumulation) to ensure proper operation and detect contamination sources before processing
Area: 15ppm Alarm System Functionality Test
Check: Confirm that 15ppm bilge alarm is displaying correctly and functional; verify alarm sensor is properly installed in vertical section of water effluent piping close to separator outlet; test alarm response with sample line flow verification
Area: Filter/Coalescer Element Inspection & Cleaning
Check: Regular inspection and cleaning of coalescing filter elements and AGM (Adsorption Granular Media) filtration cartridges for sediment/oil accumulation; assess element saturation state; plan replacement intervals based on bilge composition and flow rate
Area: Valve Position & Piping Integrity Check
Check: Verify all three-way isolation and bypass valves are in correct operational position; inspect all pipe connections, flanges (cast iron three-way valve per IMO MEPC 107(49) Section 6.1.1), and valve seals for leaks; pressurize system to maximum 3.45 bar to detect micro-leaks
Area: Data Recording Device & Sample Line Verification
Check: Verify data recording device is functioning and storing operation/discharge records; confirm sample line from separator to 15ppm alarm is unobstructed and provides representative sample with adequate pressure and flow; check line connections for kinks, blockages, or sediment deposition

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

CS4000 ✓ verified

Application

Large vessels, VLCC, chemical tankers, offshore service vessels (4.0 m³/hr capacity)

Common Failures & Inspection Points

Area: Bilge Water Level & Composition Verification
Check: Daily inspection of bilge water level in separator and verification of composition (identify oil slicks, emulsions, sediment accumulation) to ensure proper operation and detect contamination sources before processing
Area: 15ppm Alarm System Functionality Test
Check: Confirm that 15ppm bilge alarm is displaying correctly and functional; verify alarm sensor is properly installed in vertical section of water effluent piping close to separator outlet; test alarm response with sample line flow verification
Area: Filter/Coalescer Element Inspection & Cleaning
Check: Regular inspection and cleaning of coalescing filter elements and AGM (Adsorption Granular Media) filtration cartridges for sediment/oil accumulation; assess element saturation state; plan replacement intervals based on bilge composition and flow rate
Area: Valve Position & Piping Integrity Check
Check: Verify all three-way isolation and bypass valves are in correct operational position; inspect all pipe connections, flanges (cast iron three-way valve per IMO MEPC 107(49) Section 6.1.1), and valve seals for leaks; pressurize system to maximum 3.45 bar to detect micro-leaks
Area: Data Recording Device & Sample Line Verification
Check: Verify data recording device is functioning and storing operation/discharge records; confirm sample line from separator to 15ppm alarm is unobstructed and provides representative sample with adequate pressure and flow; check line connections for kinks, blockages, or sediment deposition

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

CS5000 ✓ verified

Application

Largest vessels, FPSO, FLNG, FSU, LNG carriers (5.0 m³/hr capacity)

Common Failures & Inspection Points

Area: Bilge Water Level & Composition Verification
Check: Daily inspection of bilge water level in separator and verification of composition (identify oil slicks, emulsions, sediment accumulation) to ensure proper operation and detect contamination sources before processing
Area: 15ppm Alarm System Functionality Test
Check: Confirm that 15ppm bilge alarm is displaying correctly and functional; verify alarm sensor is properly installed in vertical section of water effluent piping close to separator outlet; test alarm response with sample line flow verification
Area: Filter/Coalescer Element Inspection & Cleaning
Check: Regular inspection and cleaning of coalescing filter elements and AGM (Adsorption Granular Media) filtration cartridges for sediment/oil accumulation; assess element saturation state; plan replacement intervals based on bilge composition and flow rate
Area: Valve Position & Piping Integrity Check
Check: Verify all three-way isolation and bypass valves are in correct operational position; inspect all pipe connections, flanges (cast iron three-way valve per IMO MEPC 107(49) Section 6.1.1), and valve seals for leaks; pressurize system to maximum 3.45 bar to detect micro-leaks
Area: Data Recording Device & Sample Line Verification
Check: Verify data recording device is functioning and storing operation/discharge records; confirm sample line from separator to 15ppm alarm is unobstructed and provides representative sample with adequate pressure and flow; check line connections for kinks, blockages, or sediment deposition

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

VM Series (Stainless Steel) ✓ verified

Application

Premium vessels requiring corrosion resistance (0.5-4.2 m³/hr capacity range)

Common Failures & Inspection Points

Area: Bilge Water Level & Composition Verification
Check: Daily inspection of bilge water level in separator and verification of composition (identify oil slicks, emulsions, sediment accumulation) to ensure proper operation and detect contamination sources before processing
Area: 15ppm Alarm System Functionality Test
Check: Confirm that 15ppm bilge alarm is displaying correctly and functional; verify alarm sensor is properly installed in vertical section of water effluent piping close to separator outlet; test alarm response with sample line flow verification
Area: Filter/Coalescer Element Inspection & Cleaning
Check: Regular inspection and cleaning of coalescing filter elements and AGM (Adsorption Granular Media) filtration cartridges for sediment/oil accumulation; assess element saturation state; plan replacement intervals based on bilge composition and flow rate
Area: Valve Position & Piping Integrity Check
Check: Verify all three-way isolation and bypass valves are in correct operational position; inspect all pipe connections, flanges (cast iron three-way valve per IMO MEPC 107(49) Section 6.1.1), and valve seals for leaks; pressurize system to maximum 3.45 bar to detect micro-leaks
Area: Data Recording Device & Sample Line Verification
Check: Verify data recording device is functioning and storing operation/discharge records; confirm sample line from separator to 15ppm alarm is unobstructed and provides representative sample with adequate pressure and flow; check line connections for kinks, blockages, or sediment deposition

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

CS0250, CS0250 Non Magnetic, CS0500, CS0500 Non Magnetic, CS0500 Electric Valves, CS1000, CS2000, CS3000, CS4000, CS5000

Torque per Hersteller-Datenblatt · Hydraulic Oil

Model Number

TAP00000GE

Common Failures & Inspection Points

Vane seal leakage in rotary-vane type causes internal bypass
HPU motor bearing damage after 30,000+ operating hours
Solenoid valve sticking from oil contamination
Ruderlage-Rückmeldesystem Kalibrierungsdrift

Service: Hydraulic oil analysis every 6 months. Vane seal inspection at docking. SOLAS hard-over test (28 seconds). Emergency steering exercise monthly.

Spare Parts: Victor Marine Ltd.: Seal kit and solenoid valves to be kept on board. Lead time: 3–8 weeks.

Datasheet

Alfa Laval

16 ✓ 4 verified

Alfa Laval PureNOx Series unverified

Model Family

PureNOx

Separator Type

bilge_water_separator

Common Failures & Inspection Points

Area: Schuessel-/Teller-Erosion
Check: Paring disc, top disc, mud ports check for dull spots/wash-out; erosion depth >0.2 mm (bowl/cap) or >0.5 mm (other) = replacement.
Area: Dichtungsringe
Check: Leaks at cover/bolted joints/mud outlet; gasket rings (EPDM) change every 6000–8000 h, original parts only.
Area: Kugellager
Check: Check vibration/noise; bearings change in pairs every 12000–16000 h, lubricate correctly; do not increase throughput during vibration.
Area: Riemen & Kupplung
Check: Belts every 3000 h (tension per manufacturer), cracks/wear; coupling check for axial play (>0.5 mm = fault), corrosion.
Area: Stromaufnahme/Verschmutzung
Check: Monitor current consumption nominal/actual; clean bowl during shutdown; check pre-filtration + lubrication; limit sludge volume.

Universelle Inspektions-/Wartungspunkte fuer Alfa-Laval-Tellerseparatoren (modellunabhaengig gueltig, verifiziert aus Alfa-Laval-Doku + premiersepservices, 2026-06). Per-Modell-Specs NICHT auto-gefuellt (kein erfundener Wert).

Manufacturer Datasheet

Datasheet

Alfa Laval Alfa Laval PureNOx 500l/h bilge_water

Alfa Laval PureNOx 500l/h bilge_water unverified

Model Family

PureNOx

Separator Type

bilge_water_separator

Throughput (l/h)

500

Medium

bilge_water

Bowl Speed (1/min)

7500

Common Failures & Inspection Points

Area: Schuessel-/Teller-Erosion
Check: Paring disc, top disc, mud ports check for dull spots/wash-out; erosion depth >0.2 mm (bowl/cap) or >0.5 mm (other) = replacement.
Area: Dichtungsringe
Check: Leaks at cover/bolted joints/mud outlet; gasket rings (EPDM) change every 6000–8000 h, original parts only.
Area: Kugellager
Check: Check vibration/noise; bearings change in pairs every 12000–16000 h, lubricate correctly; do not increase throughput during vibration.
Area: Riemen & Kupplung
Check: Belts every 3000 h (tension per manufacturer), cracks/wear; coupling check for axial play (>0.5 mm = fault), corrosion.
Area: Stromaufnahme/Verschmutzung
Check: Monitor current consumption nominal/actual; clean bowl during shutdown; check pre-filtration + lubrication; limit sludge volume.

Manufacturer Datasheet

Datasheet

Alfa Laval Alfa Laval PureNOx 1000l/h bilge_water

Alfa Laval PureNOx 1000l/h bilge_water unverified

Model Family

PureNOx

Separator Type

bilge_water_separator

Throughput (l/h)

1000

Medium

bilge_water

Bowl Speed (1/min)

7500

Common Failures & Inspection Points

Area: Schuessel-/Teller-Erosion
Check: Paring disc, top disc, mud ports check for dull spots/wash-out; erosion depth >0.2 mm (bowl/cap) or >0.5 mm (other) = replacement.
Area: Dichtungsringe
Check: Leaks at cover/bolted joints/mud outlet; gasket rings (EPDM) change every 6000–8000 h, original parts only.
Area: Kugellager
Check: Check vibration/noise; bearings change in pairs every 12000–16000 h, lubricate correctly; do not increase throughput during vibration.
Area: Riemen & Kupplung
Check: Belts every 3000 h (tension per manufacturer), cracks/wear; coupling check for axial play (>0.5 mm = fault), corrosion.
Area: Stromaufnahme/Verschmutzung
Check: Monitor current consumption nominal/actual; clean bowl during shutdown; check pre-filtration + lubrication; limit sludge volume.

Manufacturer Datasheet

Datasheet

Alfa Laval Alfa Laval PureNOx 2000l/h bilge_water

Alfa Laval PureNOx 2000l/h bilge_water unverified

Model Family

PureNOx

Separator Type

bilge_water_separator

Throughput (l/h)

2000

Medium

bilge_water

Bowl Speed (1/min)

7500

Common Failures & Inspection Points

Area: Schuessel-/Teller-Erosion
Check: Paring disc, top disc, mud ports check for dull spots/wash-out; erosion depth >0.2 mm (bowl/cap) or >0.5 mm (other) = replacement.
Area: Dichtungsringe
Check: Leaks at cover/bolted joints/mud outlet; gasket rings (EPDM) change every 6000–8000 h, original parts only.
Area: Kugellager
Check: Check vibration/noise; bearings change in pairs every 12000–16000 h, lubricate correctly; do not increase throughput during vibration.
Area: Riemen & Kupplung
Check: Belts every 3000 h (tension per manufacturer), cracks/wear; coupling check for axial play (>0.5 mm = fault), corrosion.
Area: Stromaufnahme/Verschmutzung
Check: Monitor current consumption nominal/actual; clean bowl during shutdown; check pre-filtration + lubrication; limit sludge volume.

Manufacturer Datasheet

Datasheet

Alfa Laval Alfa Laval PureNOx 3000l/h bilge_water

Alfa Laval PureNOx 3000l/h bilge_water unverified

Model Family

PureNOx

Separator Type

bilge_water_separator

Throughput (l/h)

3000

Medium

bilge_water

Bowl Speed (1/min)

6500

Common Failures & Inspection Points

Area: Schuessel-/Teller-Erosion
Check: Paring disc, top disc, mud ports check for dull spots/wash-out; erosion depth >0.2 mm (bowl/cap) or >0.5 mm (other) = replacement.
Area: Dichtungsringe
Check: Leaks at cover/bolted joints/mud outlet; gasket rings (EPDM) change every 6000–8000 h, original parts only.
Area: Kugellager
Check: Check vibration/noise; bearings change in pairs every 12000–16000 h, lubricate correctly; do not increase throughput during vibration.
Area: Riemen & Kupplung
Check: Belts every 3000 h (tension per manufacturer), cracks/wear; coupling check for axial play (>0.5 mm = fault), corrosion.
Area: Stromaufnahme/Verschmutzung
Check: Monitor current consumption nominal/actual; clean bowl during shutdown; check pre-filtration + lubrication; limit sludge volume.

Manufacturer Datasheet

Datasheet

Alfa Laval PureBilge Series unverified

Model Family

PureBilge

Separator Type

bilge_water_separator

Common Failures & Inspection Points

Area: Schuessel-/Teller-Erosion
Check: Paring disc, top disc, mud ports check for dull spots/wash-out; erosion depth >0.2 mm (bowl/cap) or >0.5 mm (other) = replacement.
Area: Dichtungsringe
Check: Leaks at cover/bolted joints/mud outlet; gasket rings (EPDM) change every 6000–8000 h, original parts only.
Area: Kugellager
Check: Check vibration/noise; bearings change in pairs every 12000–16000 h, lubricate correctly; do not increase throughput during vibration.
Area: Riemen & Kupplung
Check: Belts every 3000 h (tension per manufacturer), cracks/wear; coupling check for axial play (>0.5 mm = fault), corrosion.
Area: Stromaufnahme/Verschmutzung
Check: Monitor current consumption nominal/actual; clean bowl during shutdown; check pre-filtration + lubrication; limit sludge volume.

Manufacturer Datasheet

Datasheet

Alfa Laval Alfa Laval PureBilge 1000l/h bilge_water

Alfa Laval PureBilge 1000l/h bilge_water unverified

Model Family

PureBilge

Separator Type

bilge_water_separator

Throughput (l/h)

1000

Medium

bilge_water

Bowl Speed (1/min)

7500

Common Failures & Inspection Points

Area: Schuessel-/Teller-Erosion
Check: Paring disc, top disc, mud ports check for dull spots/wash-out; erosion depth >0.2 mm (bowl/cap) or >0.5 mm (other) = replacement.
Area: Dichtungsringe
Check: Leaks at cover/bolted joints/mud outlet; gasket rings (EPDM) change every 6000–8000 h, original parts only.
Area: Kugellager
Check: Check vibration/noise; bearings change in pairs every 12000–16000 h, lubricate correctly; do not increase throughput during vibration.
Area: Riemen & Kupplung
Check: Belts every 3000 h (tension per manufacturer), cracks/wear; coupling check for axial play (>0.5 mm = fault), corrosion.
Area: Stromaufnahme/Verschmutzung
Check: Monitor current consumption nominal/actual; clean bowl during shutdown; check pre-filtration + lubrication; limit sludge volume.

Manufacturer Datasheet

Datasheet

Alfa Laval Alfa Laval PureBilge 2000l/h bilge_water

Alfa Laval PureBilge 2000l/h bilge_water unverified

Model Family

PureBilge

Separator Type

bilge_water_separator

Throughput (l/h)

2000

Medium

bilge_water

Bowl Speed (1/min)

7500

Common Failures & Inspection Points

Area: Schuessel-/Teller-Erosion
Check: Paring disc, top disc, mud ports check for dull spots/wash-out; erosion depth >0.2 mm (bowl/cap) or >0.5 mm (other) = replacement.
Area: Dichtungsringe
Check: Leaks at cover/bolted joints/mud outlet; gasket rings (EPDM) change every 6000–8000 h, original parts only.
Area: Kugellager
Check: Check vibration/noise; bearings change in pairs every 12000–16000 h, lubricate correctly; do not increase throughput during vibration.
Area: Riemen & Kupplung
Check: Belts every 3000 h (tension per manufacturer), cracks/wear; coupling check for axial play (>0.5 mm = fault), corrosion.
Area: Stromaufnahme/Verschmutzung
Check: Monitor current consumption nominal/actual; clean bowl during shutdown; check pre-filtration + lubrication; limit sludge volume.

Manufacturer Datasheet

Datasheet

Alfa Laval Alfa Laval PureBilge 5000l/h bilge_water

Alfa Laval PureBilge 5000l/h bilge_water unverified

Model Family

PureBilge

Separator Type

bilge_water_separator

Throughput (l/h)

5000

Medium

bilge_water

Bowl Speed (1/min)

6500

Common Failures & Inspection Points

Area: Schuessel-/Teller-Erosion
Check: Paring disc, top disc, mud ports check for dull spots/wash-out; erosion depth >0.2 mm (bowl/cap) or >0.5 mm (other) = replacement.
Area: Dichtungsringe
Check: Leaks at cover/bolted joints/mud outlet; gasket rings (EPDM) change every 6000–8000 h, original parts only.
Area: Kugellager
Check: Check vibration/noise; bearings change in pairs every 12000–16000 h, lubricate correctly; do not increase throughput during vibration.
Area: Riemen & Kupplung
Check: Belts every 3000 h (tension per manufacturer), cracks/wear; coupling check for axial play (>0.5 mm = fault), corrosion.
Area: Stromaufnahme/Verschmutzung
Check: Monitor current consumption nominal/actual; clean bowl during shutdown; check pre-filtration + lubrication; limit sludge volume.

Manufacturer Datasheet

Datasheet

Alfa Laval Alfa Laval PureBilge 10000l/h bilge_water

Alfa Laval PureBilge 10000l/h bilge_water unverified

Model Family

PureBilge

Separator Type

bilge_water_separator

Throughput (l/h)

10000

Medium

bilge_water

Bowl Speed (1/min)

5500

Common Failures & Inspection Points

Area: Schuessel-/Teller-Erosion
Check: Paring disc, top disc, mud ports check for dull spots/wash-out; erosion depth >0.2 mm (bowl/cap) or >0.5 mm (other) = replacement.
Area: Dichtungsringe
Check: Leaks at cover/bolted joints/mud outlet; gasket rings (EPDM) change every 6000–8000 h, original parts only.
Area: Kugellager
Check: Check vibration/noise; bearings change in pairs every 12000–16000 h, lubricate correctly; do not increase throughput during vibration.
Area: Riemen & Kupplung
Check: Belts every 3000 h (tension per manufacturer), cracks/wear; coupling check for axial play (>0.5 mm = fault), corrosion.
Area: Stromaufnahme/Verschmutzung
Check: Monitor current consumption nominal/actual; clean bowl during shutdown; check pre-filtration + lubrication; limit sludge volume.

Manufacturer Datasheet

Datasheet

PureBilge Compact 0615 ✓ verified

Application

Bilge water treatment, oily water separation for small/medium vessels

Common Failures & Inspection Points

Area: Oil content exceeds discharge limit
Check: Verify oil content monitor (15ppm bilge alarm) calibration and sampling point integrity per IMO MEPC.107(49) paragraph 6.1-6.2; sampling point must be vertical, close to separator outlet for representative homogenous samples
Area: Disc stack separation efficiency degradation
Check: Inspect disc stack and spindle for cracks, warping, corrosion, erosion, or deposit buildup at manufacturer-specified intervals; clean with approved chemical agents if needed
Area: Bearing and seal failures
Check: Check all bearing points per lubrication schedule, verify oil pressure gauge readings within normal range; inspect seals and gaskets for wear, leakage, or material degradation
Area: Bowl corrosion or structural damage
Check: Inspect bowl and bearing housing for corrosion patterns, stress cracks, deformation, or wear marks that indicate internal component contact or fatigue
Area: Operational compliance with MEPC.107(49)
Check: Verify historical operational data is recorded in oil content monitor memory; confirm discharge is diverted back to OWS inlet or bilge tank when oil content exceeds 15ppm threshold per installed piping logic

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

PureBilge Compact 0605 ✓ verified

Application

Bilge water treatment, oily water separation for small/medium vessels

Common Failures & Inspection Points

Area: Oil content exceeds discharge limit
Check: Verify oil content monitor (15ppm bilge alarm) calibration and sampling point integrity per IMO MEPC.107(49) paragraph 6.1-6.2; sampling point must be vertical, close to separator outlet for representative homogenous samples
Area: Disc stack separation efficiency degradation
Check: Inspect disc stack and spindle for cracks, warping, corrosion, erosion, or deposit buildup at manufacturer-specified intervals; clean with approved chemical agents if needed
Area: Bearing and seal failures
Check: Check all bearing points per lubrication schedule, verify oil pressure gauge readings within normal range; inspect seals and gaskets for wear, leakage, or material degradation
Area: Bowl corrosion or structural damage
Check: Inspect bowl and bearing housing for corrosion patterns, stress cracks, deformation, or wear marks that indicate internal component contact or fatigue
Area: Operational compliance with MEPC.107(49)
Check: Verify historical operational data is recorded in oil content monitor memory; confirm discharge is diverted back to OWS inlet or bilge tank when oil content exceeds 15ppm threshold per installed piping logic

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

PureBilge 2505 ✓ verified

Application

Bilge water treatment, oily water separation for medium vessels

Common Failures & Inspection Points

Area: Oil content exceeds discharge limit
Check: Verify oil content monitor (15ppm bilge alarm) calibration and sampling point integrity per IMO MEPC.107(49) paragraph 6.1-6.2; sampling point must be vertical, close to separator outlet for representative homogenous samples
Area: Disc stack separation efficiency degradation
Check: Inspect disc stack and spindle for cracks, warping, corrosion, erosion, or deposit buildup at manufacturer-specified intervals; clean with approved chemical agents if needed
Area: Bearing and seal failures
Check: Check all bearing points per lubrication schedule, verify oil pressure gauge readings within normal range; inspect seals and gaskets for wear, leakage, or material degradation
Area: Bowl corrosion or structural damage
Check: Inspect bowl and bearing housing for corrosion patterns, stress cracks, deformation, or wear marks that indicate internal component contact or fatigue
Area: Operational compliance with MEPC.107(49)
Check: Verify historical operational data is recorded in oil content monitor memory; confirm discharge is diverted back to OWS inlet or bilge tank when oil content exceeds 15ppm threshold per installed piping logic

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

PureBilge 5005 ✓ verified

Application

Bilge water treatment, oily water separation for large vessels

Common Failures & Inspection Points

Area: Oil content exceeds discharge limit
Check: Verify oil content monitor (15ppm bilge alarm) calibration and sampling point integrity per IMO MEPC.107(49) paragraph 6.1-6.2; sampling point must be vertical, close to separator outlet for representative homogenous samples
Area: Disc stack separation efficiency degradation
Check: Inspect disc stack and spindle for cracks, warping, corrosion, erosion, or deposit buildup at manufacturer-specified intervals; clean with approved chemical agents if needed
Area: Bearing and seal failures
Check: Check all bearing points per lubrication schedule, verify oil pressure gauge readings within normal range; inspect seals and gaskets for wear, leakage, or material degradation
Area: Bowl corrosion or structural damage
Check: Inspect bowl and bearing housing for corrosion patterns, stress cracks, deformation, or wear marks that indicate internal component contact or fatigue
Area: Operational compliance with MEPC.107(49)
Check: Verify historical operational data is recorded in oil content monitor memory; confirm discharge is diverted back to OWS inlet or bilge tank when oil content exceeds 15ppm threshold per installed piping logic

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

PureBilge 2505, PureBilge 5005

Model Number

TAP000009X

Datasheet

Alfa Laval PureBilge Compact OWS model 0605

Model Number

TAP00002CN

Datasheet

Facet

10 ✓ 10 verified

CPS-0.5B MKIII + EBM 14x1 ✓ verified

Application

Bilgenwasser-Separator für Maschinenbereiche (15ppm OWS)

Common Failures & Inspection Points

Area: Membrane wear and integrity
Check: Perform visual inspection of EBM/EMB ceramic membranes for cracks, pores or wear; replacement recommended after approximately 3–6 months of operation or upon visible wear
Area: Koaleszenzplattenverunreinigung
Check: Coalescer plate stack (FACET Mpak) to be rinsed regularly to remove fouling and oil deposits; chemicals not required
Area: Probenahmestelle für IMO MEPC.107(49) Konformität
Check: Check vertical section of effluent line near separator outlet; sampling point must be present and unobstructed for oil content measurements
Area: Flange gaskets and connection leakage
Check: Inspect all flange gaskets (DN connections), pneumatic valve gaskets and BSP outlet connections for oil or water leaks; ensure gasket condition
Area: Automatic PLC control and sensors
Check: Perform functional test of fully automatic control; check oil content sensor calibration; test alarm and shutdown functions; verify power supply 380/440 V at 50/60 Hz

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

CPS-1B MKIII + EBM 14x1 ✓ verified

Application

Bilgenwasser-Separator für Maschinenbereiche (15ppm OWS)

Common Failures & Inspection Points

Area: Membrane wear and integrity
Check: Perform visual inspection of EBM/EMB ceramic membranes for cracks, pores or wear; replacement recommended after approximately 3–6 months of operation or upon visible wear
Area: Koaleszenzplattenverunreinigung
Check: Coalescer plate stack (FACET Mpak) to be rinsed regularly to remove fouling and oil deposits; chemicals not required
Area: Probenahmestelle für IMO MEPC.107(49) Konformität
Check: Check vertical section of effluent line near separator outlet; sampling point must be present and unobstructed for oil content measurements
Area: Flange gaskets and connection leakage
Check: Inspect all flange gaskets (DN connections), pneumatic valve gaskets and BSP outlet connections for oil or water leaks; ensure gasket condition
Area: Automatic PLC control and sensors
Check: Perform functional test of fully automatic control; check oil content sensor calibration; test alarm and shutdown functions; verify power supply 380/440 V at 50/60 Hz

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

CPS-2.5B MKIII + EBM 14x1 ✓ verified

Application

Bilgenwasser-Separator für Maschinenbereiche (15ppm OWS)

Common Failures & Inspection Points

Area: Membrane wear and integrity
Check: Perform visual inspection of EBM/EMB ceramic membranes for cracks, pores or wear; replacement recommended after approximately 3–6 months of operation or upon visible wear
Area: Koaleszenzplattenverunreinigung
Check: Coalescer plate stack (FACET Mpak) to be rinsed regularly to remove fouling and oil deposits; chemicals not required
Area: Probenahmestelle für IMO MEPC.107(49) Konformität
Check: Check vertical section of effluent line near separator outlet; sampling point must be present and unobstructed for oil content measurements
Area: Flange gaskets and connection leakage
Check: Inspect all flange gaskets (DN connections), pneumatic valve gaskets and BSP outlet connections for oil or water leaks; ensure gasket condition
Area: Automatic PLC control and sensors
Check: Perform functional test of fully automatic control; check oil content sensor calibration; test alarm and shutdown functions; verify power supply 380/440 V at 50/60 Hz

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

CPS-5B MKIII + EBM 14x1 ✓ verified

Application

Bilgenwasser-Separator für Maschinenbereiche (15ppm OWS)

Common Failures & Inspection Points

Area: Membrane wear and integrity
Check: Perform visual inspection of EBM/EMB ceramic membranes for cracks, pores or wear; replacement recommended after approximately 3–6 months of operation or upon visible wear
Area: Koaleszenzplattenverunreinigung
Check: Coalescer plate stack (FACET Mpak) to be rinsed regularly to remove fouling and oil deposits; chemicals not required
Area: Probenahmestelle für IMO MEPC.107(49) Konformität
Check: Check vertical section of effluent line near separator outlet; sampling point must be present and unobstructed for oil content measurements
Area: Flange gaskets and connection leakage
Check: Inspect all flange gaskets (DN connections), pneumatic valve gaskets and BSP outlet connections for oil or water leaks; ensure gasket condition
Area: Automatic PLC control and sensors
Check: Perform functional test of fully automatic control; check oil content sensor calibration; test alarm and shutdown functions; verify power supply 380/440 V at 50/60 Hz

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

CPS-10B MKIII + EBM 14x2 ✓ verified

Application

Bilgenwasser-Separator für Maschinenbereiche (15ppm OWS)

Common Failures & Inspection Points

Area: Membrane wear and integrity
Check: Perform visual inspection of EBM/EMB ceramic membranes for cracks, pores or wear; replacement recommended after approximately 3–6 months of operation or upon visible wear
Area: Koaleszenzplattenverunreinigung
Check: Coalescer plate stack (FACET Mpak) to be rinsed regularly to remove fouling and oil deposits; chemicals not required
Area: Probenahmestelle für IMO MEPC.107(49) Konformität
Check: Check vertical section of effluent line near separator outlet; sampling point must be present and unobstructed for oil content measurements
Area: Flange gaskets and connection leakage
Check: Inspect all flange gaskets (DN connections), pneumatic valve gaskets and BSP outlet connections for oil or water leaks; ensure gasket condition
Area: Automatic PLC control and sensors
Check: Perform functional test of fully automatic control; check oil content sensor calibration; test alarm and shutdown functions; verify power supply 380/440 V at 50/60 Hz

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

CPS-25B MKIII + EBM 14x2 ✓ verified

Application

Bilgenwasser-Separator für Maschinenbereiche (15ppm OWS)

Common Failures & Inspection Points

Area: Membrane wear and integrity
Check: Perform visual inspection of EBM/EMB ceramic membranes for cracks, pores or wear; replacement recommended after approximately 3–6 months of operation or upon visible wear
Area: Koaleszenzplattenverunreinigung
Check: Coalescer plate stack (FACET Mpak) to be rinsed regularly to remove fouling and oil deposits; chemicals not required
Area: Probenahmestelle für IMO MEPC.107(49) Konformität
Check: Check vertical section of effluent line near separator outlet; sampling point must be present and unobstructed for oil content measurements
Area: Flange gaskets and connection leakage
Check: Inspect all flange gaskets (DN connections), pneumatic valve gaskets and BSP outlet connections for oil or water leaks; ensure gasket condition
Area: Automatic PLC control and sensors
Check: Perform functional test of fully automatic control; check oil content sensor calibration; test alarm and shutdown functions; verify power supply 380/440 V at 50/60 Hz

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

CPS-50B MKIII + EBM 14x3 ✓ verified

Application

Bilgenwasser-Separator für Maschinenbereiche (15ppm OWS)

Common Failures & Inspection Points

Area: Membrane wear and integrity
Check: Perform visual inspection of EBM/EMB ceramic membranes for cracks, pores or wear; replacement recommended after approximately 3–6 months of operation or upon visible wear
Area: Koaleszenzplattenverunreinigung
Check: Coalescer plate stack (FACET Mpak) to be rinsed regularly to remove fouling and oil deposits; chemicals not required
Area: Probenahmestelle für IMO MEPC.107(49) Konformität
Check: Check vertical section of effluent line near separator outlet; sampling point must be present and unobstructed for oil content measurements
Area: Flange gaskets and connection leakage
Check: Inspect all flange gaskets (DN connections), pneumatic valve gaskets and BSP outlet connections for oil or water leaks; ensure gasket condition
Area: Automatic PLC control and sensors
Check: Perform functional test of fully automatic control; check oil content sensor calibration; test alarm and shutdown functions; verify power supply 380/440 V at 50/60 Hz

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

CPS-3.2E + EBM 14x1 ✓ verified

Application

Bilgenwasser-Separator mit Keramikmembran (5ppm Effluent)

Common Failures & Inspection Points

Area: Membrane wear and integrity
Check: Perform visual inspection of EBM/EMB ceramic membranes for cracks, pores or wear; replacement recommended after approximately 3–6 months of operation or upon visible wear
Area: Koaleszenzplattenverunreinigung
Check: Coalescer plate stack (FACET Mpak) to be rinsed regularly to remove fouling and oil deposits; chemicals not required
Area: Probenahmestelle für IMO MEPC.107(49) Konformität
Check: Check vertical section of effluent line near separator outlet; sampling point must be present and unobstructed for oil content measurements
Area: Flange gaskets and connection leakage
Check: Inspect all flange gaskets (DN connections), pneumatic valve gaskets and BSP outlet connections for oil or water leaks; ensure gasket condition
Area: Automatic PLC control and sensors
Check: Perform functional test of fully automatic control; check oil content sensor calibration; test alarm and shutdown functions; verify power supply 380/440 V at 50/60 Hz

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

CPS-10B MKIII + EMB ✓ verified

Application

Bilgenwasser-Separator für Maschinenbereiche (15ppm OWS)

Common Failures & Inspection Points

Area: Membrane wear and integrity
Check: Perform visual inspection of EBM/EMB ceramic membranes for cracks, pores or wear; replacement recommended after approximately 3–6 months of operation or upon visible wear
Area: Koaleszenzplattenverunreinigung
Check: Coalescer plate stack (FACET Mpak) to be rinsed regularly to remove fouling and oil deposits; chemicals not required
Area: Probenahmestelle für IMO MEPC.107(49) Konformität
Check: Check vertical section of effluent line near separator outlet; sampling point must be present and unobstructed for oil content measurements
Area: Flange gaskets and connection leakage
Check: Inspect all flange gaskets (DN connections), pneumatic valve gaskets and BSP outlet connections for oil or water leaks; ensure gasket condition
Area: Automatic PLC control and sensors
Check: Perform functional test of fully automatic control; check oil content sensor calibration; test alarm and shutdown functions; verify power supply 380/440 V at 50/60 Hz

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

CPS-3.2E + EMB ✓ verified

Application

Bilgenwasser-Separator mit Keramikmembran (5ppm Effluent)

Common Failures & Inspection Points

Area: Membrane wear and integrity
Check: Perform visual inspection of EBM/EMB ceramic membranes for cracks, pores or wear; replacement recommended after approximately 3–6 months of operation or upon visible wear
Area: Koaleszenzplattenverunreinigung
Check: Coalescer plate stack (FACET Mpak) to be rinsed regularly to remove fouling and oil deposits; chemicals not required
Area: Probenahmestelle für IMO MEPC.107(49) Konformität
Check: Check vertical section of effluent line near separator outlet; sampling point must be present and unobstructed for oil content measurements
Area: Flange gaskets and connection leakage
Check: Inspect all flange gaskets (DN connections), pneumatic valve gaskets and BSP outlet connections for oil or water leaks; ensure gasket condition
Area: Automatic PLC control and sensors
Check: Perform functional test of fully automatic control; check oil content sensor calibration; test alarm and shutdown functions; verify power supply 380/440 V at 50/60 Hz

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

DVZ-Services

9 ✓ 9 verified

DVZ - FSU OILCHIEF 150 ✓ verified

Application

Bilge water separator, marine oily water treatment

Common Failures & Inspection Points

Area: Oil-in-water monitoring electrode contamination and sensor accuracy degradation
Check: Clean bilge alarm sensor electrode regularly; perform monthly electrode cleaning and quarterly calibration verification against certified standards per IMO MEPC.107(49)
Area: Fine separation cartridge (FSC) blockage and filter pressure differential exceeding operational limits
Check: Monitor differential pressure across FSC; replace cartridge when pressure exceeds 1.6 bar or when oil-monitor shows consistent 15 ppm exceedance; pre-soak new cartridges minimum 8 hours before installation
Area: Sampling point representativeness and water effluent outlet line blockage
Check: Verify sampling point installed in vertical effluent pipe section; check for proper flow and adequate pressure to bilge alarm; ensure sampling loop at separator outlet complies with MEPC inspection requirements
Area: Valve leakage in coarse separation stage, hydrocyclone stage, and 3-way bypass valve (FSU-B models)
Check: Inspect all piston and solenoid valves for external leakage and proper operation; test FSU-bypass valve automatic switching at 10 ppm setpoint; flush water inlet annually
Area: Inadequate system commissioning and operational setup of fine-separation cartridge
Check: Before first use, completely submerge FSC under water minimum 8 hours for proper saturation; verify two-stage system operation (coalescence + FSU) or FSU-bypass function availability per model variant

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

DVZ - FSU OILCHIEF 250 ✓ verified

Application

Bilge water separator, marine oily water treatment

Common Failures & Inspection Points

Area: Oil-in-water monitoring electrode contamination and sensor accuracy degradation
Check: Clean bilge alarm sensor electrode regularly; perform monthly electrode cleaning and quarterly calibration verification against certified standards per IMO MEPC.107(49)
Area: Fine separation cartridge (FSC) blockage and filter pressure differential exceeding operational limits
Check: Monitor differential pressure across FSC; replace cartridge when pressure exceeds 1.6 bar or when oil-monitor shows consistent 15 ppm exceedance; pre-soak new cartridges minimum 8 hours before installation
Area: Sampling point representativeness and water effluent outlet line blockage
Check: Verify sampling point installed in vertical effluent pipe section; check for proper flow and adequate pressure to bilge alarm; ensure sampling loop at separator outlet complies with MEPC inspection requirements
Area: Valve leakage in coarse separation stage, hydrocyclone stage, and 3-way bypass valve (FSU-B models)
Check: Inspect all piston and solenoid valves for external leakage and proper operation; test FSU-bypass valve automatic switching at 10 ppm setpoint; flush water inlet annually
Area: Inadequate system commissioning and operational setup of fine-separation cartridge
Check: Before first use, completely submerge FSC under water minimum 8 hours for proper saturation; verify two-stage system operation (coalescence + FSU) or FSU-bypass function availability per model variant

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

DVZ - FSU OILCHIEF 500 ✓ verified

Application

Bilge water separator, marine oily water treatment

Common Failures & Inspection Points

Area: Oil-in-water monitoring electrode contamination and sensor accuracy degradation
Check: Clean bilge alarm sensor electrode regularly; perform monthly electrode cleaning and quarterly calibration verification against certified standards per IMO MEPC.107(49)
Area: Fine separation cartridge (FSC) blockage and filter pressure differential exceeding operational limits
Check: Monitor differential pressure across FSC; replace cartridge when pressure exceeds 1.6 bar or when oil-monitor shows consistent 15 ppm exceedance; pre-soak new cartridges minimum 8 hours before installation
Area: Sampling point representativeness and water effluent outlet line blockage
Check: Verify sampling point installed in vertical effluent pipe section; check for proper flow and adequate pressure to bilge alarm; ensure sampling loop at separator outlet complies with MEPC inspection requirements
Area: Valve leakage in coarse separation stage, hydrocyclone stage, and 3-way bypass valve (FSU-B models)
Check: Inspect all piston and solenoid valves for external leakage and proper operation; test FSU-bypass valve automatic switching at 10 ppm setpoint; flush water inlet annually
Area: Inadequate system commissioning and operational setup of fine-separation cartridge
Check: Before first use, completely submerge FSC under water minimum 8 hours for proper saturation; verify two-stage system operation (coalescence + FSU) or FSU-bypass function availability per model variant

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

DVZ - FSU OILCHIEF 1000 ✓ verified

Application

Bilge water separator, marine oily water treatment

Common Failures & Inspection Points

Area: Oil-in-water monitoring electrode contamination and sensor accuracy degradation
Check: Clean bilge alarm sensor electrode regularly; perform monthly electrode cleaning and quarterly calibration verification against certified standards per IMO MEPC.107(49)
Area: Fine separation cartridge (FSC) blockage and filter pressure differential exceeding operational limits
Check: Monitor differential pressure across FSC; replace cartridge when pressure exceeds 1.6 bar or when oil-monitor shows consistent 15 ppm exceedance; pre-soak new cartridges minimum 8 hours before installation
Area: Sampling point representativeness and water effluent outlet line blockage
Check: Verify sampling point installed in vertical effluent pipe section; check for proper flow and adequate pressure to bilge alarm; ensure sampling loop at separator outlet complies with MEPC inspection requirements
Area: Valve leakage in coarse separation stage, hydrocyclone stage, and 3-way bypass valve (FSU-B models)
Check: Inspect all piston and solenoid valves for external leakage and proper operation; test FSU-bypass valve automatic switching at 10 ppm setpoint; flush water inlet annually
Area: Inadequate system commissioning and operational setup of fine-separation cartridge
Check: Before first use, completely submerge FSC under water minimum 8 hours for proper saturation; verify two-stage system operation (coalescence + FSU) or FSU-bypass function availability per model variant

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

DVZ - FSU OILCHIEF 2500 ✓ verified

Application

Bilge water separator, marine oily water treatment

Common Failures & Inspection Points

Area: Oil-in-water monitoring electrode contamination and sensor accuracy degradation
Check: Clean bilge alarm sensor electrode regularly; perform monthly electrode cleaning and quarterly calibration verification against certified standards per IMO MEPC.107(49)
Area: Fine separation cartridge (FSC) blockage and filter pressure differential exceeding operational limits
Check: Monitor differential pressure across FSC; replace cartridge when pressure exceeds 1.6 bar or when oil-monitor shows consistent 15 ppm exceedance; pre-soak new cartridges minimum 8 hours before installation
Area: Sampling point representativeness and water effluent outlet line blockage
Check: Verify sampling point installed in vertical effluent pipe section; check for proper flow and adequate pressure to bilge alarm; ensure sampling loop at separator outlet complies with MEPC inspection requirements
Area: Valve leakage in coarse separation stage, hydrocyclone stage, and 3-way bypass valve (FSU-B models)
Check: Inspect all piston and solenoid valves for external leakage and proper operation; test FSU-bypass valve automatic switching at 10 ppm setpoint; flush water inlet annually
Area: Inadequate system commissioning and operational setup of fine-separation cartridge
Check: Before first use, completely submerge FSC under water minimum 8 hours for proper saturation; verify two-stage system operation (coalescence + FSU) or FSU-bypass function availability per model variant

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

DVZ - FSU OILCHIEF 5000 ✓ verified

Application

Bilge water separator, marine oily water treatment

Common Failures & Inspection Points

Area: Oil-in-water monitoring electrode contamination and sensor accuracy degradation
Check: Clean bilge alarm sensor electrode regularly; perform monthly electrode cleaning and quarterly calibration verification against certified standards per IMO MEPC.107(49)
Area: Fine separation cartridge (FSC) blockage and filter pressure differential exceeding operational limits
Check: Monitor differential pressure across FSC; replace cartridge when pressure exceeds 1.6 bar or when oil-monitor shows consistent 15 ppm exceedance; pre-soak new cartridges minimum 8 hours before installation
Area: Sampling point representativeness and water effluent outlet line blockage
Check: Verify sampling point installed in vertical effluent pipe section; check for proper flow and adequate pressure to bilge alarm; ensure sampling loop at separator outlet complies with MEPC inspection requirements
Area: Valve leakage in coarse separation stage, hydrocyclone stage, and 3-way bypass valve (FSU-B models)
Check: Inspect all piston and solenoid valves for external leakage and proper operation; test FSU-bypass valve automatic switching at 10 ppm setpoint; flush water inlet annually
Area: Inadequate system commissioning and operational setup of fine-separation cartridge
Check: Before first use, completely submerge FSC under water minimum 8 hours for proper saturation; verify two-stage system operation (coalescence + FSU) or FSU-bypass function availability per model variant

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

DVZ - FSU OILCHIEF 10000 ✓ verified

Application

Bilge water separator, marine oily water treatment

Common Failures & Inspection Points

Area: Oil-in-water monitoring electrode contamination and sensor accuracy degradation
Check: Clean bilge alarm sensor electrode regularly; perform monthly electrode cleaning and quarterly calibration verification against certified standards per IMO MEPC.107(49)
Area: Fine separation cartridge (FSC) blockage and filter pressure differential exceeding operational limits
Check: Monitor differential pressure across FSC; replace cartridge when pressure exceeds 1.6 bar or when oil-monitor shows consistent 15 ppm exceedance; pre-soak new cartridges minimum 8 hours before installation
Area: Sampling point representativeness and water effluent outlet line blockage
Check: Verify sampling point installed in vertical effluent pipe section; check for proper flow and adequate pressure to bilge alarm; ensure sampling loop at separator outlet complies with MEPC inspection requirements
Area: Valve leakage in coarse separation stage, hydrocyclone stage, and 3-way bypass valve (FSU-B models)
Check: Inspect all piston and solenoid valves for external leakage and proper operation; test FSU-bypass valve automatic switching at 10 ppm setpoint; flush water inlet annually
Area: Inadequate system commissioning and operational setup of fine-separation cartridge
Check: Before first use, completely submerge FSC under water minimum 8 hours for proper saturation; verify two-stage system operation (coalescence + FSU) or FSU-bypass function availability per model variant

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

DVZ - FSU OILCHIEF ST 150 ✓ verified

Application

Stainless steel bilge water separator, marine oily water treatment

Common Failures & Inspection Points

Area: Oil-in-water monitoring electrode contamination and sensor accuracy degradation
Check: Clean bilge alarm sensor electrode regularly; perform monthly electrode cleaning and quarterly calibration verification against certified standards per IMO MEPC.107(49)
Area: Fine separation cartridge (FSC) blockage and filter pressure differential exceeding operational limits
Check: Monitor differential pressure across FSC; replace cartridge when pressure exceeds 1.6 bar or when oil-monitor shows consistent 15 ppm exceedance; pre-soak new cartridges minimum 8 hours before installation
Area: Sampling point representativeness and water effluent outlet line blockage
Check: Verify sampling point installed in vertical effluent pipe section; check for proper flow and adequate pressure to bilge alarm; ensure sampling loop at separator outlet complies with MEPC inspection requirements
Area: Valve leakage in coarse separation stage, hydrocyclone stage, and 3-way bypass valve (FSU-B models)
Check: Inspect all piston and solenoid valves for external leakage and proper operation; test FSU-bypass valve automatic switching at 10 ppm setpoint; flush water inlet annually
Area: Inadequate system commissioning and operational setup of fine-separation cartridge
Check: Before first use, completely submerge FSC under water minimum 8 hours for proper saturation; verify two-stage system operation (coalescence + FSU) or FSU-bypass function availability per model variant

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

DVZ - FSU OILCHIEF FSU-B (Bypass) ✓ verified

Application

Bilge water separator with automatic FSU bypass, marine oily water treatment

Common Failures & Inspection Points

Area: Oil-in-water monitoring electrode contamination and sensor accuracy degradation
Check: Clean bilge alarm sensor electrode regularly; perform monthly electrode cleaning and quarterly calibration verification against certified standards per IMO MEPC.107(49)
Area: Fine separation cartridge (FSC) blockage and filter pressure differential exceeding operational limits
Check: Monitor differential pressure across FSC; replace cartridge when pressure exceeds 1.6 bar or when oil-monitor shows consistent 15 ppm exceedance; pre-soak new cartridges minimum 8 hours before installation
Area: Sampling point representativeness and water effluent outlet line blockage
Check: Verify sampling point installed in vertical effluent pipe section; check for proper flow and adequate pressure to bilge alarm; ensure sampling loop at separator outlet complies with MEPC inspection requirements
Area: Valve leakage in coarse separation stage, hydrocyclone stage, and 3-way bypass valve (FSU-B models)
Check: Inspect all piston and solenoid valves for external leakage and proper operation; test FSU-bypass valve automatic switching at 10 ppm setpoint; flush water inlet annually
Area: Inadequate system commissioning and operational setup of fine-separation cartridge
Check: Before first use, completely submerge FSC under water minimum 8 hours for proper saturation; verify two-stage system operation (coalescence + FSU) or FSU-bypass function availability per model variant

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

Wärtsilä Senitec

8 ✓ 8 verified

OWS-05-15 ✓ verified

Application

Bilge Water Separator, Marine Oily Water Treatment

Common Failures & Inspection Points

Area: Oil Sensor Electrode Condition
Check: Visual inspection and cleaning of oil content sensor electrode for deposits, corrosion, or fouling that would affect 15 ppm monitoring accuracy
Area: Oil Content Discharge Compliance
Check: Verify actual discharge sampling from vertical sampling point near separator outlet yields less than 15 ppm (target below 5 ppm); calibration accuracy must be within +/-5 ppm according to manufacturer instructions
Area: Filter Media Saturation and Performance
Check: Inspect oleophilic coalescing filter element and high adsorption activated media for saturation; verify that media maintains >60% oil adsorption capacity; replace when discharge quality degrades
Area: Automatic Three-Way Valve Operation
Check: Test 3-way discharge valve (if fitted) for proper operation to ensure rerouting to sludge tank when discharge exceeds set threshold; verify seals and actuator function
Area: BilgeGuard Monitoring System Function
Check: Confirm BilgeGuard discharge monitoring system records quantity, oil content, time, and location; verify alarm triggers at 15 ppm threshold and automatic flow reroute occurs; audit recorded discharge log

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

[08.08.2026] Datenblattlink entfernt (seite leer): https://www.maritimeinformed.com/w-rtsil-ows-05-15-separators-technical-details.html

Datasheet

OWS-10-15 ✓ verified

Application

Bilge Water Separator, Marine Oily Water Treatment

Common Failures & Inspection Points

Area: Oil Sensor Electrode Condition
Check: Visual inspection and cleaning of oil content sensor electrode for deposits, corrosion, or fouling that would affect 15 ppm monitoring accuracy
Area: Oil Content Discharge Compliance
Check: Verify actual discharge sampling from vertical sampling point near separator outlet yields less than 15 ppm (target below 5 ppm); calibration accuracy must be within +/-5 ppm according to manufacturer instructions
Area: Filter Media Saturation and Performance
Check: Inspect oleophilic coalescing filter element and high adsorption activated media for saturation; verify that media maintains >60% oil adsorption capacity; replace when discharge quality degrades
Area: Automatic Three-Way Valve Operation
Check: Test 3-way discharge valve (if fitted) for proper operation to ensure rerouting to sludge tank when discharge exceeds set threshold; verify seals and actuator function
Area: BilgeGuard Monitoring System Function
Check: Confirm BilgeGuard discharge monitoring system records quantity, oil content, time, and location; verify alarm triggers at 15 ppm threshold and automatic flow reroute occurs; audit recorded discharge log

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

[08.08.2026] Datenblattlink entfernt (seite leer): https://www.maritimeinformed.com/w-rtsil-ows-10-15-separators-technical-details.html

Datasheet

OWS-20-15 ✓ verified

Application

Bilge Water Separator, Marine Oily Water Treatment

Common Failures & Inspection Points

Area: Oil Sensor Electrode Condition
Check: Visual inspection and cleaning of oil content sensor electrode for deposits, corrosion, or fouling that would affect 15 ppm monitoring accuracy
Area: Oil Content Discharge Compliance
Check: Verify actual discharge sampling from vertical sampling point near separator outlet yields less than 15 ppm (target below 5 ppm); calibration accuracy must be within +/-5 ppm according to manufacturer instructions
Area: Filter Media Saturation and Performance
Check: Inspect oleophilic coalescing filter element and high adsorption activated media for saturation; verify that media maintains >60% oil adsorption capacity; replace when discharge quality degrades
Area: Automatic Three-Way Valve Operation
Check: Test 3-way discharge valve (if fitted) for proper operation to ensure rerouting to sludge tank when discharge exceeds set threshold; verify seals and actuator function
Area: BilgeGuard Monitoring System Function
Check: Confirm BilgeGuard discharge monitoring system records quantity, oil content, time, and location; verify alarm triggers at 15 ppm threshold and automatic flow reroute occurs; audit recorded discharge log

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

[08.08.2026] Datenblattlink entfernt (seite leer): https://www.maritimeinformed.com/w-rtsil-ows-20-15-separators-technical-details.html

Datasheet

OWS-30-15 ✓ verified

Application

Bilge Water Separator, Marine Oily Water Treatment

Common Failures & Inspection Points

Area: Oil Sensor Electrode Condition
Check: Visual inspection and cleaning of oil content sensor electrode for deposits, corrosion, or fouling that would affect 15 ppm monitoring accuracy
Area: Oil Content Discharge Compliance
Check: Verify actual discharge sampling from vertical sampling point near separator outlet yields less than 15 ppm (target below 5 ppm); calibration accuracy must be within +/-5 ppm according to manufacturer instructions
Area: Filter Media Saturation and Performance
Check: Inspect oleophilic coalescing filter element and high adsorption activated media for saturation; verify that media maintains >60% oil adsorption capacity; replace when discharge quality degrades
Area: Automatic Three-Way Valve Operation
Check: Test 3-way discharge valve (if fitted) for proper operation to ensure rerouting to sludge tank when discharge exceeds set threshold; verify seals and actuator function
Area: BilgeGuard Monitoring System Function
Check: Confirm BilgeGuard discharge monitoring system records quantity, oil content, time, and location; verify alarm triggers at 15 ppm threshold and automatic flow reroute occurs; audit recorded discharge log

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

OWS-50-15 ✓ verified

Application

Bilge Water Separator, Marine Oily Water Treatment

Common Failures & Inspection Points

Area: Oil Sensor Electrode Condition
Check: Visual inspection and cleaning of oil content sensor electrode for deposits, corrosion, or fouling that would affect 15 ppm monitoring accuracy
Area: Oil Content Discharge Compliance
Check: Verify actual discharge sampling from vertical sampling point near separator outlet yields less than 15 ppm (target below 5 ppm); calibration accuracy must be within +/-5 ppm according to manufacturer instructions
Area: Filter Media Saturation and Performance
Check: Inspect oleophilic coalescing filter element and high adsorption activated media for saturation; verify that media maintains >60% oil adsorption capacity; replace when discharge quality degrades
Area: Automatic Three-Way Valve Operation
Check: Test 3-way discharge valve (if fitted) for proper operation to ensure rerouting to sludge tank when discharge exceeds set threshold; verify seals and actuator function
Area: BilgeGuard Monitoring System Function
Check: Confirm BilgeGuard discharge monitoring system records quantity, oil content, time, and location; verify alarm triggers at 15 ppm threshold and automatic flow reroute occurs; audit recorded discharge log

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

[08.08.2026] Datenblattlink entfernt (seite leer): https://www.maritimeinformed.com/w-rtsil-ows-50-15-separators-technical-details.html

Datasheet

M500 ✓ verified

Application

Bilge & Sludge Water Treatment, Marine

Common Failures & Inspection Points

Area: Oil Sensor Electrode Condition
Check: Visual inspection and cleaning of oil content sensor electrode for deposits, corrosion, or fouling that would affect 15 ppm monitoring accuracy
Area: Oil Content Discharge Compliance
Check: Verify actual discharge sampling from vertical sampling point near separator outlet yields less than 15 ppm (target below 5 ppm); calibration accuracy must be within +/-5 ppm according to manufacturer instructions
Area: Filter Media Saturation and Performance
Check: Inspect oleophilic coalescing filter element and high adsorption activated media for saturation; verify that media maintains >60% oil adsorption capacity; replace when discharge quality degrades
Area: Automatic Three-Way Valve Operation
Check: Test 3-way discharge valve (if fitted) for proper operation to ensure rerouting to sludge tank when discharge exceeds set threshold; verify seals and actuator function
Area: BilgeGuard Monitoring System Function
Check: Confirm BilgeGuard discharge monitoring system records quantity, oil content, time, and location; verify alarm triggers at 15 ppm threshold and automatic flow reroute occurs; audit recorded discharge log

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

M1000 ✓ verified

Application

Bilge & Sludge Water Treatment, Marine

Common Failures & Inspection Points

Area: Oil Sensor Electrode Condition
Check: Visual inspection and cleaning of oil content sensor electrode for deposits, corrosion, or fouling that would affect 15 ppm monitoring accuracy
Area: Oil Content Discharge Compliance
Check: Verify actual discharge sampling from vertical sampling point near separator outlet yields less than 15 ppm (target below 5 ppm); calibration accuracy must be within +/-5 ppm according to manufacturer instructions
Area: Filter Media Saturation and Performance
Check: Inspect oleophilic coalescing filter element and high adsorption activated media for saturation; verify that media maintains >60% oil adsorption capacity; replace when discharge quality degrades
Area: Automatic Three-Way Valve Operation
Check: Test 3-way discharge valve (if fitted) for proper operation to ensure rerouting to sludge tank when discharge exceeds set threshold; verify seals and actuator function
Area: BilgeGuard Monitoring System Function
Check: Confirm BilgeGuard discharge monitoring system records quantity, oil content, time, and location; verify alarm triggers at 15 ppm threshold and automatic flow reroute occurs; audit recorded discharge log

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

M2500 ✓ verified

Application

Bilge & Sludge Water Treatment, Marine

Common Failures & Inspection Points

Area: Oil Sensor Electrode Condition
Check: Visual inspection and cleaning of oil content sensor electrode for deposits, corrosion, or fouling that would affect 15 ppm monitoring accuracy
Area: Oil Content Discharge Compliance
Check: Verify actual discharge sampling from vertical sampling point near separator outlet yields less than 15 ppm (target below 5 ppm); calibration accuracy must be within +/-5 ppm according to manufacturer instructions
Area: Filter Media Saturation and Performance
Check: Inspect oleophilic coalescing filter element and high adsorption activated media for saturation; verify that media maintains >60% oil adsorption capacity; replace when discharge quality degrades
Area: Automatic Three-Way Valve Operation
Check: Test 3-way discharge valve (if fitted) for proper operation to ensure rerouting to sludge tank when discharge exceeds set threshold; verify seals and actuator function
Area: BilgeGuard Monitoring System Function
Check: Confirm BilgeGuard discharge monitoring system records quantity, oil content, time, and location; verify alarm triggers at 15 ppm threshold and automatic flow reroute occurs; audit recorded discharge log

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

Hyde Marine

1 ✓ 1 verified

OWS Series (9 models, 1.5-20 GPM / 0.5-4.0 m³/h) ✓ verified

Application

Bilge water separator for marine vessels - gravity separation of oily bilge water

Common Failures & Inspection Points

Area: Sludge and sediment accumulation in separation chambers
Check: Visual inspection of separator compartments; measure sludge level. Cleaning required when sludge reaches 25% of separator compartment volume or system reaches 75% retention capacity per IMO MEPC.107(49)
Area: Oil content discharge exceeds 15 ppm regulatory limit
Check: Test bilge alarm system by simulating high oil content; verify 15ppm alarm displays correctly and system triggers discharge block. Inspect sample line for flow obstruction
Area: Separator internal component degradation and loss of separation efficiency
Check: Internal inspection of all separation chambers, coalescers, and baffle systems; check for clogging, particle breakthrough, physical damage, or delamination. Verify internal seals and gaskets for degradation or loss of integrity
Area: Inlet blockage or debris accumulation preventing water flow
Check: Inspect inlet condition for blockages or accumulated debris; verify unobstructed flow path. Check inlet strainer or screen condition
Area: Structural integrity and potential environmental discharge failure
Check: External visual inspection for corrosion, cracks, leaks, or previous spills. Pressure test if required by classification society. Verify structural condition at outlet and emergency discharge connections

Typ-universelle Inspektionspunkte fuer Separators & Purifiers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

Kangrim

Kangrim KBW-1 Series unverified

Model Family

KBW-1

Separator Type

bilge_water_separator

Common Failures & Inspection Points

Filter, membrane, separator or treatment-stage fouling caused by solids, oil, scale or biological contamination can reduce throughput and increase differential pressure
Pump or valve faults caused by wear, blockage or actuator problems can cause low flow, unstable pressure or failure to complete an operating sequence
Sensor or monitor contamination caused by dirty process fluid or poor maintenance can produce implausible readings, alarms or automatic discharge inhibition
Seal, gasket or piping leakage caused by corrosion, ageing or vibration can lead to visible leakage, air ingress or loss of process pressure
Control or treatment-component failure caused by electrical faults, lamp or cell deterioration where fitted, or software issues can lead to shutdown or inability to meet the required treatment condition

Service: Inspect filters or treatment elements, pumps, valves, piping, sampling points and monitors, and review trend data for loss of throughput or abnormal pressure. Verify alarms, automatic diversion or interlocks where applicable and check cleanliness of sensors and sample lines. Use statutory procedures and manufacturer documentation for exact discharge, treatment and calibration limits.

Spare Parts: Typical spares include filters or treatment elements, seal and gasket kits, pump service parts, lamps or electrodes where applicable, monitor consumables, sensors and valve or actuator repair items.

Use Cases: Bilge-water treatment, fuel or lube purification, freshwater production, potable-water conditioning and ballast-water management on commercial vessels.

Datasheet

Kangrim KBW-1 500l/h unverified

Model Family

KBW-1

Separator Type

bilge_water_separator

Throughput (l/h)

500

Medium

bilge_water

Common Failures & Inspection Points

Filter, membrane, separator or treatment-stage fouling caused by solids, oil, scale or biological contamination can reduce throughput and increase differential pressure
Pump or valve faults caused by wear, blockage or actuator problems can cause low flow, unstable pressure or failure to complete an operating sequence
Sensor or monitor contamination caused by dirty process fluid or poor maintenance can produce implausible readings, alarms or automatic discharge inhibition
Seal, gasket or piping leakage caused by corrosion, ageing or vibration can lead to visible leakage, air ingress or loss of process pressure
Control or treatment-component failure caused by electrical faults, lamp or cell deterioration where fitted, or software issues can lead to shutdown or inability to meet the required treatment condition

Use Cases: Bilge-water treatment, fuel or lube purification, freshwater production, potable-water conditioning and ballast-water management on commercial vessels.

Datasheet

Kangrim KBW-1 1000l/h unverified

Model Family

KBW-1

Separator Type

bilge_water_separator

Throughput (l/h)

1000

Medium

bilge_water

Common Failures & Inspection Points

Separation-stage, bowl, coalescer or filter fouling reduces treatment efficiency and causes poor outlet quality or alarms
Monitor, sensor or sampling-line contamination causes unstable readings or unnecessary recirculation and trips
Seal, gasket or bowl-sealing faults cause leakage or loss of correct separation conditions
Feed-pump, drive or bearing faults cause unstable flow, vibration, abnormal noise or shutdown
Incorrect temperature, flow, interface or chemical condition causes poor separation despite apparently normal machinery

Service: Inspect the separation element or bowl, filters, pumps, seals, monitoring, sample lines and sludge or discharge arrangements. Review outlet quality and operating trends and verify that approved discharge paths cannot be bypassed where statutory controls apply. Clean and test monitors according to the approved procedure. Refer to the manufacturer documentation for the exact figure for flow, temperature, pressure and calibration criteria.

Spare Parts: Carry filters or coalescers, bowl or seal kits as applicable, pump seals, monitor service parts, solenoids, sample-line fittings, gaskets and selected sensors.

Use Cases: Bilge-water treatment, fuel and lubricating-oil purification and other shipboard liquid-separation duties.

Datasheet

Kangrim KBW-1 2000l/h unverified

Model Family

KBW-1

Separator Type

bilge_water_separator

Throughput (l/h)

2000

Medium

bilge_water

Common Failures & Inspection Points

Separation-stage, bowl, coalescer or filter fouling reduces treatment efficiency and causes poor outlet quality or alarms
Monitor, sensor or sampling-line contamination causes unstable readings or unnecessary recirculation and trips
Seal, gasket or bowl-sealing faults cause leakage or loss of correct separation conditions
Feed-pump, drive or bearing faults cause unstable flow, vibration, abnormal noise or shutdown
Incorrect temperature, flow, interface or chemical condition causes poor separation despite apparently normal machinery

Spare Parts: Carry filters or coalescers, bowl or seal kits as applicable, pump seals, monitor service parts, solenoids, sample-line fittings, gaskets and selected sensors.

Use Cases: Bilge-water treatment, fuel and lubricating-oil purification and other shipboard liquid-separation duties.

Datasheet

Kangrim KBW-1 5000l/h unverified

Model Family

KBW-1

Separator Type

bilge_water_separator

Throughput (l/h)

5000

Medium

bilge_water

Common Failures & Inspection Points

Separation-stage, bowl, coalescer or filter fouling reduces treatment efficiency and causes poor outlet quality or alarms
Monitor, sensor or sampling-line contamination causes unstable readings or unnecessary recirculation and trips
Seal, gasket or bowl-sealing faults cause leakage or loss of correct separation conditions
Feed-pump, drive or bearing faults cause unstable flow, vibration, abnormal noise or shutdown
Incorrect temperature, flow, interface or chemical condition causes poor separation despite apparently normal machinery

Spare Parts: Carry filters or coalescers, bowl or seal kits as applicable, pump seals, monitor service parts, solenoids, sample-line fittings, gaskets and selected sensors.

Use Cases: Bilge-water treatment, fuel and lubricating-oil purification and other shipboard liquid-separation duties.

Datasheet

Kangrim KBW-1 10000l/h unverified

Model Family

KBW-1

Separator Type

bilge_water_separator

Throughput (l/h)

10000

Medium

bilge_water

Common Failures & Inspection Points

Bowl, disc stack, filter, or separation-stage fouling from sludge and solids reduces capacity and separation efficiency
Seal or gasket wear causes external leakage, cross-leakage, or loss of operating water or process fluid
Bearing, spindle, gear, or drive wear causes abnormal vibration, noise, overheating, or protective trips
Incorrect temperature, density, flow, or interface condition causes poor separation and contaminated outlet fluid
Control valve, water system, sensor, or automatic sequence faults cause failed discharge cycles, alarms, or inability to reach operating speed

Service: Inspect leakage, vibration, bowl or separation-stage cleanliness, drive and bearings, operating water, filters, valves, sludge discharge, outlet quality, alarms, and interlocks. Exact bowl speeds, interface settings, temperatures, and wear limits must follow manufacturer documentation.

Spare Parts: Typical spares include bowl or housing seals, gaskets, bearings, friction or drive parts, filters, water-system seals, solenoids, sensors, and model-specific service kits.

Use Cases: Used on merchant, passenger, offshore, fishing, and workboat vessels for fuel and lubricating-oil purification, sludge treatment, and bilge-water separation.

Datasheet

Kangrim KBW-2 Series unverified

Model Family

KBW-2

Separator Type

bilge_water_separator

Common Failures & Inspection Points

Filter, membrane, separator or treatment-stage fouling caused by solids, oil, scale or biological contamination can reduce throughput and increase differential pressure
Pump or valve faults caused by wear, blockage or actuator problems can cause low flow, unstable pressure or failure to complete an operating sequence
Sensor or monitor contamination caused by dirty process fluid or poor maintenance can produce implausible readings, alarms or automatic discharge inhibition
Seal, gasket or piping leakage caused by corrosion, ageing or vibration can lead to visible leakage, air ingress or loss of process pressure
Control or treatment-component failure caused by electrical faults, lamp or cell deterioration where fitted, or software issues can lead to shutdown or inability to meet the required treatment condition

Use Cases: Bilge-water treatment, fuel or lube purification, freshwater production, potable-water conditioning and ballast-water management on commercial vessels.

Datasheet

Kangrim KBW-2 500l/h unverified

Model Family

KBW-2

Separator Type

bilge_water_separator

Throughput (l/h)

500

Medium

bilge_water

Common Failures & Inspection Points

Filter, membrane, separator or treatment-stage fouling caused by solids, oil, scale or biological contamination can reduce throughput and increase differential pressure
Pump or valve faults caused by wear, blockage or actuator problems can cause low flow, unstable pressure or failure to complete an operating sequence
Sensor or monitor contamination caused by dirty process fluid or poor maintenance can produce implausible readings, alarms or automatic discharge inhibition
Seal, gasket or piping leakage caused by corrosion, ageing or vibration can lead to visible leakage, air ingress or loss of process pressure
Control or treatment-component failure caused by electrical faults, lamp or cell deterioration where fitted, or software issues can lead to shutdown or inability to meet the required treatment condition

Use Cases: Bilge-water treatment, fuel or lube purification, freshwater production, potable-water conditioning and ballast-water management on commercial vessels.

Datasheet

Kangrim KBW-2 1000l/h unverified

Model Family

KBW-2

Separator Type

bilge_water_separator

Throughput (l/h)

1000

Medium

bilge_water

Common Failures & Inspection Points

Separation-stage, bowl, coalescer or filter fouling reduces treatment efficiency and causes poor outlet quality or alarms
Monitor, sensor or sampling-line contamination causes unstable readings or unnecessary recirculation and trips
Seal, gasket or bowl-sealing faults cause leakage or loss of correct separation conditions
Feed-pump, drive or bearing faults cause unstable flow, vibration, abnormal noise or shutdown
Incorrect temperature, flow, interface or chemical condition causes poor separation despite apparently normal machinery

Spare Parts: Carry filters or coalescers, bowl or seal kits as applicable, pump seals, monitor service parts, solenoids, sample-line fittings, gaskets and selected sensors.

Use Cases: Bilge-water treatment, fuel and lubricating-oil purification and other shipboard liquid-separation duties.

Datasheet

Kangrim KBW-2 2000l/h unverified

Model Family

KBW-2

Separator Type

bilge_water_separator

Throughput (l/h)

2000

Medium

bilge_water

Common Failures & Inspection Points

Separation-stage, bowl, coalescer or filter fouling reduces treatment efficiency and causes poor outlet quality or alarms
Monitor, sensor or sampling-line contamination causes unstable readings or unnecessary recirculation and trips
Seal, gasket or bowl-sealing faults cause leakage or loss of correct separation conditions
Feed-pump, drive or bearing faults cause unstable flow, vibration, abnormal noise or shutdown
Incorrect temperature, flow, interface or chemical condition causes poor separation despite apparently normal machinery

Spare Parts: Carry filters or coalescers, bowl or seal kits as applicable, pump seals, monitor service parts, solenoids, sample-line fittings, gaskets and selected sensors.

Use Cases: Bilge-water treatment, fuel and lubricating-oil purification and other shipboard liquid-separation duties.

Datasheet

Kangrim KBW-2 5000l/h unverified

Model Family

KBW-2

Separator Type

bilge_water_separator

Throughput (l/h)

5000

Medium

bilge_water

Common Failures & Inspection Points

Separation-stage, bowl, coalescer or filter fouling reduces treatment efficiency and causes poor outlet quality or alarms
Monitor, sensor or sampling-line contamination causes unstable readings or unnecessary recirculation and trips
Seal, gasket or bowl-sealing faults cause leakage or loss of correct separation conditions
Feed-pump, drive or bearing faults cause unstable flow, vibration, abnormal noise or shutdown
Incorrect temperature, flow, interface or chemical condition causes poor separation despite apparently normal machinery

Spare Parts: Carry filters or coalescers, bowl or seal kits as applicable, pump seals, monitor service parts, solenoids, sample-line fittings, gaskets and selected sensors.

Use Cases: Bilge-water treatment, fuel and lubricating-oil purification and other shipboard liquid-separation duties.

Datasheet

Kangrim KBW-2 10000l/h unverified

Model Family

KBW-2

Separator Type

bilge_water_separator

Throughput (l/h)

10000

Medium

bilge_water

Common Failures & Inspection Points

Bowl, disc stack, filter, or separation-stage fouling from sludge and solids reduces capacity and separation efficiency
Seal or gasket wear causes external leakage, cross-leakage, or loss of operating water or process fluid
Bearing, spindle, gear, or drive wear causes abnormal vibration, noise, overheating, or protective trips
Incorrect temperature, density, flow, or interface condition causes poor separation and contaminated outlet fluid
Control valve, water system, sensor, or automatic sequence faults cause failed discharge cycles, alarms, or inability to reach operating speed

Spare Parts: Typical spares include bowl or housing seals, gaskets, bearings, friction or drive parts, filters, water-system seals, solenoids, sensors, and model-specific service kits.

Use Cases: Used on merchant, passenger, offshore, fishing, and workboat vessels for fuel and lubricating-oil purification, sludge treatment, and bilge-water separation.

Datasheet

Kangrim KBW-5 Series unverified

Model Family

KBW-5

Separator Type

bilge_water_separator

Common Failures & Inspection Points

Filter, membrane, separator or treatment-stage fouling caused by solids, oil, scale or biological contamination can reduce throughput and increase differential pressure
Pump or valve faults caused by wear, blockage or actuator problems can cause low flow, unstable pressure or failure to complete an operating sequence
Sensor or monitor contamination caused by dirty process fluid or poor maintenance can produce implausible readings, alarms or automatic discharge inhibition
Seal, gasket or piping leakage caused by corrosion, ageing or vibration can lead to visible leakage, air ingress or loss of process pressure
Control or treatment-component failure caused by electrical faults, lamp or cell deterioration where fitted, or software issues can lead to shutdown or inability to meet the required treatment condition

Use Cases: Bilge-water treatment, fuel or lube purification, freshwater production, potable-water conditioning and ballast-water management on commercial vessels.

Datasheet

Kangrim KBW-5 500l/h unverified

Model Family

KBW-5

Separator Type

bilge_water_separator

Throughput (l/h)

500

Medium

bilge_water

Common Failures & Inspection Points

Filter, membrane, separator or treatment-stage fouling caused by solids, oil, scale or biological contamination can reduce throughput and increase differential pressure
Pump or valve faults caused by wear, blockage or actuator problems can cause low flow, unstable pressure or failure to complete an operating sequence
Sensor or monitor contamination caused by dirty process fluid or poor maintenance can produce implausible readings, alarms or automatic discharge inhibition
Seal, gasket or piping leakage caused by corrosion, ageing or vibration can lead to visible leakage, air ingress or loss of process pressure
Control or treatment-component failure caused by electrical faults, lamp or cell deterioration where fitted, or software issues can lead to shutdown or inability to meet the required treatment condition

Use Cases: Bilge-water treatment, fuel or lube purification, freshwater production, potable-water conditioning and ballast-water management on commercial vessels.

Datasheet

Kangrim KBW-5 1000l/h unverified

Model Family

KBW-5

Separator Type

bilge_water_separator

Throughput (l/h)

1000

Medium

bilge_water

Common Failures & Inspection Points

Separation-stage, bowl, coalescer or filter fouling reduces treatment efficiency and causes poor outlet quality or alarms
Monitor, sensor or sampling-line contamination causes unstable readings or unnecessary recirculation and trips
Seal, gasket or bowl-sealing faults cause leakage or loss of correct separation conditions
Feed-pump, drive or bearing faults cause unstable flow, vibration, abnormal noise or shutdown
Incorrect temperature, flow, interface or chemical condition causes poor separation despite apparently normal machinery

Spare Parts: Carry filters or coalescers, bowl or seal kits as applicable, pump seals, monitor service parts, solenoids, sample-line fittings, gaskets and selected sensors.

Use Cases: Bilge-water treatment, fuel and lubricating-oil purification and other shipboard liquid-separation duties.

Datasheet

Kangrim KBW-5 2000l/h unverified

Model Family

KBW-5

Separator Type

bilge_water_separator

Throughput (l/h)

2000

Medium

bilge_water

Common Failures & Inspection Points

Separation-stage, bowl, coalescer or filter fouling reduces treatment efficiency and causes poor outlet quality or alarms
Monitor, sensor or sampling-line contamination causes unstable readings or unnecessary recirculation and trips
Seal, gasket or bowl-sealing faults cause leakage or loss of correct separation conditions
Feed-pump, drive or bearing faults cause unstable flow, vibration, abnormal noise or shutdown
Incorrect temperature, flow, interface or chemical condition causes poor separation despite apparently normal machinery

Spare Parts: Carry filters or coalescers, bowl or seal kits as applicable, pump seals, monitor service parts, solenoids, sample-line fittings, gaskets and selected sensors.

Use Cases: Bilge-water treatment, fuel and lubricating-oil purification and other shipboard liquid-separation duties.

Datasheet

Kangrim KBW-5 5000l/h unverified

Model Family

KBW-5

Separator Type

bilge_water_separator

Throughput (l/h)

5000

Medium

bilge_water

Common Failures & Inspection Points

Separation-stage, bowl, coalescer or filter fouling reduces treatment efficiency and causes poor outlet quality or alarms
Monitor, sensor or sampling-line contamination causes unstable readings or unnecessary recirculation and trips
Seal, gasket or bowl-sealing faults cause leakage or loss of correct separation conditions
Feed-pump, drive or bearing faults cause unstable flow, vibration, abnormal noise or shutdown
Incorrect temperature, flow, interface or chemical condition causes poor separation despite apparently normal machinery

Spare Parts: Carry filters or coalescers, bowl or seal kits as applicable, pump seals, monitor service parts, solenoids, sample-line fittings, gaskets and selected sensors.

Use Cases: Bilge-water treatment, fuel and lubricating-oil purification and other shipboard liquid-separation duties.

Datasheet

Kangrim KBW-5 10000l/h unverified

Model Family

KBW-5

Separator Type

bilge_water_separator

Throughput (l/h)

10000

Medium

bilge_water

Common Failures & Inspection Points

Bowl, disc stack, filter, or separation-stage fouling from sludge and solids reduces capacity and separation efficiency
Seal or gasket wear causes external leakage, cross-leakage, or loss of operating water or process fluid
Bearing, spindle, gear, or drive wear causes abnormal vibration, noise, overheating, or protective trips
Incorrect temperature, density, flow, or interface condition causes poor separation and contaminated outlet fluid
Control valve, water system, sensor, or automatic sequence faults cause failed discharge cycles, alarms, or inability to reach operating speed

Spare Parts: Typical spares include bowl or housing seals, gaskets, bearings, friction or drive parts, filters, water-system seals, solenoids, sensors, and model-specific service kits.

Use Cases: Used on merchant, passenger, offshore, fishing, and workboat vessels for fuel and lubricating-oil purification, sludge treatment, and bilge-water separation.

Datasheet

GEA Westfalia

GEA Westfalia GEA BilgeMaster Series

Model Family

GEA BilgeMaster

Separator Type

bilge_water_separator

Technical Specifications

Drive System: 3-phase AC motor with centrifugal clutch and flat belt drive to spindle
Bowl Speed: 12,000 rpm (typical for marine models OSE 5-120)
Bearing Lubrication: Splash-lubricated from central oil bath (spindle and motor)
Bowl Design: Self-cleaning disc-type (tellerpaket) with polyamide seals
Operating Temperature Range: ~95°C for mineral oil separation
Fuel Capacity Density Limit: Up to 1.01 g/ml
First Service Interval: 8,000 operating hours or 1 year maximum

Product Lines

OSD Series (2000s): OSD 2, 6, 18, 30, 35, 50, 60
OSE Series eagleclass (2008+): OSE 5, 10, 20, 40, 80, 120

Common Failures & Inspection Points

Area: Tellerpaket/Bowl Sealing Surfaces Wear
Check: Check polyamide gasket (B) seating parallel in groove via measurements around circumference; Inspect sliding piston sealing surface (A) for wear; Document if remachining is required (up to manufacturer spec)
Area: Spindle Bearing Lubrication & Condition
Check: Verify oil level in central oil bath; Check bearing splash lubrication system function; At 8,000h intervals: measure neck bearing spring lengths; Inspect for discoloration/degradation of lube oil; Motor bearings per manufacturer instruction
Area: Bowl Erosion, Corrosion & Material Integrity
Check: Inspect bowl lock ring, bowl bottom, bowl top for corrosion (flat-spread/pit/crack patterns); Check for mechanical damage in high-diameter outer sections; Under aggressive/high-temp operation: document erosion patterns; Requires bowl disassembly per 16,000-hour maintenance
Area: Drive Coupling & Flat Belt System
Check: Visually inspect flat belt for wear, fraying, cracks; Check centrifugal clutch engagement/disengagement function; Measure belt tension; Check all hydraulic system channels (holes/nozzles/chambers) for blockage; Clean hydraulic orifices during 16,000h service
Area: Centripetal Pump Wear & Hydraulic Leakage
Check: After bowl removal: inspect pump impeller and casing for wear marks; Check all hydraulic flanges, valve glands for oil seepage; Pressure-test hydraulic lines if available; Review for signs of cavitation or blockage in sensing pump
Area: Scheduled Maintenance Intervals Not Met
Check: Verify first service completion at 8,000h/1yr; Check documentation for 16,000h (2yr) and 48,000h (6yr) services; Under unfavorable conditions (aggressive feedstock, high temps, poor product quality): recommend shortened intervals; Replace vibration isolators after 48,000h

Type–universal inspection/service points for separators & purifiers (GEA Westfalia, Mega-Swarm 2026–06). Per-model specs not auto-filled.

Manufacturer Datasheet

Datasheet

GEA Westfalia GEA BilgeMaster 1000l/h bilge_water

Model Family

GEA BilgeMaster

Separator Type

bilge_water_separator

Throughput (l/h)

1000

Medium

bilge_water

Bowl Speed (1/min)

7500

Technical Specifications

Drive System: 3-phase AC motor with centrifugal clutch and flat belt drive to spindle
Bowl Speed: 12,000 rpm (typical for marine models OSE 5-120)
Bearing Lubrication: Splash-lubricated from central oil bath (spindle and motor)
Bowl Design: Self-cleaning disc-type (tellerpaket) with polyamide seals
Operating Temperature Range: ~95°C for mineral oil separation
Fuel Capacity Density Limit: Up to 1.01 g/ml
First Service Interval: 8,000 operating hours or 1 year maximum

Product Lines

OSD Series (2000s): OSD 2, 6, 18, 30, 35, 50, 60
OSE Series eagleclass (2008+): OSE 5, 10, 20, 40, 80, 120

Common Failures & Inspection Points

Area: Tellerpaket/Bowl Sealing Surfaces Wear
Check: Check polyamide gasket (B) seating parallel in groove via measurements around circumference; Inspect sliding piston sealing surface (A) for wear; Document if remachining is required (up to manufacturer spec)
Area: Spindle Bearing Lubrication & Condition
Check: Verify oil level in central oil bath; Check bearing splash lubrication system function; At 8,000h intervals: measure neck bearing spring lengths; Inspect for discoloration/degradation of lube oil; Motor bearings per manufacturer instruction
Area: Bowl Erosion, Corrosion & Material Integrity
Check: Inspect bowl lock ring, bowl bottom, bowl top for corrosion (flat-spread/pit/crack patterns); Check for mechanical damage in high-diameter outer sections; Under aggressive/high-temp operation: document erosion patterns; Requires bowl disassembly per 16,000-hour maintenance
Area: Drive Coupling & Flat Belt System
Check: Visually inspect flat belt for wear, fraying, cracks; Check centrifugal clutch engagement/disengagement function; Measure belt tension; Check all hydraulic system channels (holes/nozzles/chambers) for blockage; Clean hydraulic orifices during 16,000h service
Area: Centripetal Pump Wear & Hydraulic Leakage
Check: After bowl removal: inspect pump impeller and casing for wear marks; Check all hydraulic flanges, valve glands for oil seepage; Pressure-test hydraulic lines if available; Review for signs of cavitation or blockage in sensing pump
Area: Scheduled Maintenance Intervals Not Met
Check: Verify first service completion at 8,000h/1yr; Check documentation for 16,000h (2yr) and 48,000h (6yr) services; Under unfavorable conditions (aggressive feedstock, high temps, poor product quality): recommend shortened intervals; Replace vibration isolators after 48,000h

Type–universal inspection/service points for separators & purifiers (GEA Westfalia, Mega-Swarm 2026–06). Per-model specs not auto-filled.

Manufacturer Datasheet

Datasheet

GEA Westfalia GEA BilgeMaster 2000l/h bilge_water

Model Family

GEA BilgeMaster

Separator Type

bilge_water_separator

Throughput (l/h)

2000

Medium

bilge_water

Bowl Speed (1/min)

7500

Technical Specifications

Drive System: 3-phase AC motor with centrifugal clutch and flat belt drive to spindle
Bowl Speed: 12,000 rpm (typical for marine models OSE 5-120)
Bearing Lubrication: Splash-lubricated from central oil bath (spindle and motor)
Bowl Design: Self-cleaning disc-type (tellerpaket) with polyamide seals
Operating Temperature Range: ~95°C for mineral oil separation
Fuel Capacity Density Limit: Up to 1.01 g/ml
First Service Interval: 8,000 operating hours or 1 year maximum

Product Lines

OSD Series (2000s): OSD 2, 6, 18, 30, 35, 50, 60
OSE Series eagleclass (2008+): OSE 5, 10, 20, 40, 80, 120

Common Failures & Inspection Points

Area: Tellerpaket/Bowl Sealing Surfaces Wear
Check: Check polyamide gasket (B) seating parallel in groove via measurements around circumference; Inspect sliding piston sealing surface (A) for wear; Document if remachining is required (up to manufacturer spec)
Area: Spindle Bearing Lubrication & Condition
Check: Verify oil level in central oil bath; Check bearing splash lubrication system function; At 8,000h intervals: measure neck bearing spring lengths; Inspect for discoloration/degradation of lube oil; Motor bearings per manufacturer instruction
Area: Bowl Erosion, Corrosion & Material Integrity
Check: Inspect bowl lock ring, bowl bottom, bowl top for corrosion (flat-spread/pit/crack patterns); Check for mechanical damage in high-diameter outer sections; Under aggressive/high-temp operation: document erosion patterns; Requires bowl disassembly per 16,000-hour maintenance
Area: Drive Coupling & Flat Belt System
Check: Visually inspect flat belt for wear, fraying, cracks; Check centrifugal clutch engagement/disengagement function; Measure belt tension; Check all hydraulic system channels (holes/nozzles/chambers) for blockage; Clean hydraulic orifices during 16,000h service
Area: Centripetal Pump Wear & Hydraulic Leakage
Check: After bowl removal: inspect pump impeller and casing for wear marks; Check all hydraulic flanges, valve glands for oil seepage; Pressure-test hydraulic lines if available; Review for signs of cavitation or blockage in sensing pump
Area: Scheduled Maintenance Intervals Not Met
Check: Verify first service completion at 8,000h/1yr; Check documentation for 16,000h (2yr) and 48,000h (6yr) services; Under unfavorable conditions (aggressive feedstock, high temps, poor product quality): recommend shortened intervals; Replace vibration isolators after 48,000h

Type–universal inspection/service points for separators & purifiers (GEA Westfalia, Mega-Swarm 2026–06). Per-model specs not auto-filled.

Manufacturer Datasheet

Datasheet

GEA Westfalia GEA BilgeMaster 5000l/h bilge_water

Model Family

GEA BilgeMaster

Separator Type

bilge_water_separator

Throughput (l/h)

5000

Medium

bilge_water

Bowl Speed (1/min)

6500

Technical Specifications

Drive System: 3-phase AC motor with centrifugal clutch and flat belt drive to spindle
Bowl Speed: 12,000 rpm (typical for marine models OSE 5-120)
Bearing Lubrication: Splash-lubricated from central oil bath (spindle and motor)
Bowl Design: Self-cleaning disc-type (tellerpaket) with polyamide seals
Operating Temperature Range: ~95°C for mineral oil separation
Fuel Capacity Density Limit: Up to 1.01 g/ml
First Service Interval: 8,000 operating hours or 1 year maximum

Product Lines

OSD Series (2000s): OSD 2, 6, 18, 30, 35, 50, 60
OSE Series eagleclass (2008+): OSE 5, 10, 20, 40, 80, 120

Common Failures & Inspection Points

Area: Tellerpaket/Bowl Sealing Surfaces Wear
Check: Check polyamide gasket (B) seating parallel in groove via measurements around circumference; Inspect sliding piston sealing surface (A) for wear; Document if remachining is required (up to manufacturer spec)
Area: Spindle Bearing Lubrication & Condition
Check: Verify oil level in central oil bath; Check bearing splash lubrication system function; At 8,000h intervals: measure neck bearing spring lengths; Inspect for discoloration/degradation of lube oil; Motor bearings per manufacturer instruction
Area: Bowl Erosion, Corrosion & Material Integrity
Check: Inspect bowl lock ring, bowl bottom, bowl top for corrosion (flat-spread/pit/crack patterns); Check for mechanical damage in high-diameter outer sections; Under aggressive/high-temp operation: document erosion patterns; Requires bowl disassembly per 16,000-hour maintenance
Area: Drive Coupling & Flat Belt System
Check: Visually inspect flat belt for wear, fraying, cracks; Check centrifugal clutch engagement/disengagement function; Measure belt tension; Check all hydraulic system channels (holes/nozzles/chambers) for blockage; Clean hydraulic orifices during 16,000h service
Area: Centripetal Pump Wear & Hydraulic Leakage
Check: After bowl removal: inspect pump impeller and casing for wear marks; Check all hydraulic flanges, valve glands for oil seepage; Pressure-test hydraulic lines if available; Review for signs of cavitation or blockage in sensing pump
Area: Scheduled Maintenance Intervals Not Met
Check: Verify first service completion at 8,000h/1yr; Check documentation for 16,000h (2yr) and 48,000h (6yr) services; Under unfavorable conditions (aggressive feedstock, high temps, poor product quality): recommend shortened intervals; Replace vibration isolators after 48,000h

Type–universal inspection/service points for separators & purifiers (GEA Westfalia, Mega-Swarm 2026–06). Per-model specs not auto-filled.

Manufacturer Datasheet

Datasheet

GEA Westfalia GEA BW-10 Series

Model Family

GEA BW-10

Separator Type

bilge_water_separator

Technical Specifications

Drive System: 3-phase AC motor with centrifugal clutch and flat belt drive to spindle
Bowl Speed: 12,000 rpm (typical for marine models OSE 5-120)
Bearing Lubrication: Splash-lubricated from central oil bath (spindle and motor)
Bowl Design: Self-cleaning disc-type (tellerpaket) with polyamide seals
Operating Temperature Range: ~95°C for mineral oil separation
Fuel Capacity Density Limit: Up to 1.01 g/ml
First Service Interval: 8,000 operating hours or 1 year maximum

Product Lines

OSD Series (2000s): OSD 2, 6, 18, 30, 35, 50, 60
OSE Series eagleclass (2008+): OSE 5, 10, 20, 40, 80, 120

Common Failures & Inspection Points

Area: Tellerpaket/Bowl Sealing Surfaces Wear
Check: Check polyamide gasket (B) seating parallel in groove via measurements around circumference; Inspect sliding piston sealing surface (A) for wear; Document if remachining is required (up to manufacturer spec)
Area: Spindle Bearing Lubrication & Condition
Check: Verify oil level in central oil bath; Check bearing splash lubrication system function; At 8,000h intervals: measure neck bearing spring lengths; Inspect for discoloration/degradation of lube oil; Motor bearings per manufacturer instruction
Area: Bowl Erosion, Corrosion & Material Integrity
Check: Inspect bowl lock ring, bowl bottom, bowl top for corrosion (flat-spread/pit/crack patterns); Check for mechanical damage in high-diameter outer sections; Under aggressive/high-temp operation: document erosion patterns; Requires bowl disassembly per 16,000-hour maintenance
Area: Drive Coupling & Flat Belt System
Check: Visually inspect flat belt for wear, fraying, cracks; Check centrifugal clutch engagement/disengagement function; Measure belt tension; Check all hydraulic system channels (holes/nozzles/chambers) for blockage; Clean hydraulic orifices during 16,000h service
Area: Centripetal Pump Wear & Hydraulic Leakage
Check: After bowl removal: inspect pump impeller and casing for wear marks; Check all hydraulic flanges, valve glands for oil seepage; Pressure-test hydraulic lines if available; Review for signs of cavitation or blockage in sensing pump
Area: Scheduled Maintenance Intervals Not Met
Check: Verify first service completion at 8,000h/1yr; Check documentation for 16,000h (2yr) and 48,000h (6yr) services; Under unfavorable conditions (aggressive feedstock, high temps, poor product quality): recommend shortened intervals; Replace vibration isolators after 48,000h

Type–universal inspection/service points for separators & purifiers (GEA Westfalia, Mega-Swarm 2026–06). Per-model specs not auto-filled.

Manufacturer Datasheet

Datasheet

GEA Westfalia GEA BW-10 2000l/h bilge_water

Model Family

GEA BW-10

Separator Type

bilge_water_separator

Throughput (l/h)

2000

Medium

bilge_water

Bowl Speed (1/min)

7500

Technical Specifications

Drive System: 3-phase AC motor with centrifugal clutch and flat belt drive to spindle
Bowl Speed: 12,000 rpm (typical for marine models OSE 5-120)
Bearing Lubrication: Splash-lubricated from central oil bath (spindle and motor)
Bowl Design: Self-cleaning disc-type (tellerpaket) with polyamide seals
Operating Temperature Range: ~95°C for mineral oil separation
Fuel Capacity Density Limit: Up to 1.01 g/ml
First Service Interval: 8,000 operating hours or 1 year maximum

Product Lines

OSD Series (2000s): OSD 2, 6, 18, 30, 35, 50, 60
OSE Series eagleclass (2008+): OSE 5, 10, 20, 40, 80, 120

Common Failures & Inspection Points

Area: Tellerpaket/Bowl Sealing Surfaces Wear
Check: Check polyamide gasket (B) seating parallel in groove via measurements around circumference; Inspect sliding piston sealing surface (A) for wear; Document if remachining is required (up to manufacturer spec)
Area: Spindle Bearing Lubrication & Condition
Check: Verify oil level in central oil bath; Check bearing splash lubrication system function; At 8,000h intervals: measure neck bearing spring lengths; Inspect for discoloration/degradation of lube oil; Motor bearings per manufacturer instruction
Area: Bowl Erosion, Corrosion & Material Integrity
Check: Inspect bowl lock ring, bowl bottom, bowl top for corrosion (flat-spread/pit/crack patterns); Check for mechanical damage in high-diameter outer sections; Under aggressive/high-temp operation: document erosion patterns; Requires bowl disassembly per 16,000-hour maintenance
Area: Drive Coupling & Flat Belt System
Check: Visually inspect flat belt for wear, fraying, cracks; Check centrifugal clutch engagement/disengagement function; Measure belt tension; Check all hydraulic system channels (holes/nozzles/chambers) for blockage; Clean hydraulic orifices during 16,000h service
Area: Centripetal Pump Wear & Hydraulic Leakage
Check: After bowl removal: inspect pump impeller and casing for wear marks; Check all hydraulic flanges, valve glands for oil seepage; Pressure-test hydraulic lines if available; Review for signs of cavitation or blockage in sensing pump
Area: Scheduled Maintenance Intervals Not Met
Check: Verify first service completion at 8,000h/1yr; Check documentation for 16,000h (2yr) and 48,000h (6yr) services; Under unfavorable conditions (aggressive feedstock, high temps, poor product quality): recommend shortened intervals; Replace vibration isolators after 48,000h

Type–universal inspection/service points for separators & purifiers (GEA Westfalia, Mega-Swarm 2026–06). Per-model specs not auto-filled.

Manufacturer Datasheet

Datasheet

GEA Westfalia GEA BW-10 5000l/h bilge_water

Model Family

GEA BW-10

Separator Type

bilge_water_separator

Throughput (l/h)

5000

Medium

bilge_water

Bowl Speed (1/min)

6500

Technical Specifications

Drive System: 3-phase AC motor with centrifugal clutch and flat belt drive to spindle
Bowl Speed: 12,000 rpm (typical for marine models OSE 5-120)
Bearing Lubrication: Splash-lubricated from central oil bath (spindle and motor)
Bowl Design: Self-cleaning disc-type (tellerpaket) with polyamide seals
Operating Temperature Range: ~95°C for mineral oil separation
Fuel Capacity Density Limit: Up to 1.01 g/ml
First Service Interval: 8,000 operating hours or 1 year maximum

Product Lines

OSD Series (2000s): OSD 2, 6, 18, 30, 35, 50, 60
OSE Series eagleclass (2008+): OSE 5, 10, 20, 40, 80, 120

Common Failures & Inspection Points

Area: Tellerpaket/Bowl Sealing Surfaces Wear
Check: Check polyamide gasket (B) seating parallel in groove via measurements around circumference; Inspect sliding piston sealing surface (A) for wear; Document if remachining is required (up to manufacturer spec)
Area: Spindle Bearing Lubrication & Condition
Check: Verify oil level in central oil bath; Check bearing splash lubrication system function; At 8,000h intervals: measure neck bearing spring lengths; Inspect for discoloration/degradation of lube oil; Motor bearings per manufacturer instruction
Area: Bowl Erosion, Corrosion & Material Integrity
Check: Inspect bowl lock ring, bowl bottom, bowl top for corrosion (flat-spread/pit/crack patterns); Check for mechanical damage in high-diameter outer sections; Under aggressive/high-temp operation: document erosion patterns; Requires bowl disassembly per 16,000-hour maintenance
Area: Drive Coupling & Flat Belt System
Check: Visually inspect flat belt for wear, fraying, cracks; Check centrifugal clutch engagement/disengagement function; Measure belt tension; Check all hydraulic system channels (holes/nozzles/chambers) for blockage; Clean hydraulic orifices during 16,000h service
Area: Centripetal Pump Wear & Hydraulic Leakage
Check: After bowl removal: inspect pump impeller and casing for wear marks; Check all hydraulic flanges, valve glands for oil seepage; Pressure-test hydraulic lines if available; Review for signs of cavitation or blockage in sensing pump
Area: Scheduled Maintenance Intervals Not Met
Check: Verify first service completion at 8,000h/1yr; Check documentation for 16,000h (2yr) and 48,000h (6yr) services; Under unfavorable conditions (aggressive feedstock, high temps, poor product quality): recommend shortened intervals; Replace vibration isolators after 48,000h

Type–universal inspection/service points for separators & purifiers (GEA Westfalia, Mega-Swarm 2026–06). Per-model specs not auto-filled.

Manufacturer Datasheet

Datasheet

GEA Westfalia GEA BW-10 10000l/h bilge_water

Model Family

GEA BW-10

Separator Type

bilge_water_separator

Throughput (l/h)

10000

Medium

bilge_water

Bowl Speed (1/min)

5500

Technical Specifications

Drive System: 3-phase AC motor with centrifugal clutch and flat belt drive to spindle
Bowl Speed: 12,000 rpm (typical for marine models OSE 5-120)
Bearing Lubrication: Splash-lubricated from central oil bath (spindle and motor)
Bowl Design: Self-cleaning disc-type (tellerpaket) with polyamide seals
Operating Temperature Range: ~95°C for mineral oil separation
Fuel Capacity Density Limit: Up to 1.01 g/ml
First Service Interval: 8,000 operating hours or 1 year maximum

Product Lines

OSD Series (2000s): OSD 2, 6, 18, 30, 35, 50, 60
OSE Series eagleclass (2008+): OSE 5, 10, 20, 40, 80, 120

Common Failures & Inspection Points

Area: Tellerpaket/Bowl Sealing Surfaces Wear
Check: Check polyamide gasket (B) seating parallel in groove via measurements around circumference; Inspect sliding piston sealing surface (A) for wear; Document if remachining is required (up to manufacturer spec)
Area: Spindle Bearing Lubrication & Condition
Check: Verify oil level in central oil bath; Check bearing splash lubrication system function; At 8,000h intervals: measure neck bearing spring lengths; Inspect for discoloration/degradation of lube oil; Motor bearings per manufacturer instruction
Area: Bowl Erosion, Corrosion & Material Integrity
Check: Inspect bowl lock ring, bowl bottom, bowl top for corrosion (flat-spread/pit/crack patterns); Check for mechanical damage in high-diameter outer sections; Under aggressive/high-temp operation: document erosion patterns; Requires bowl disassembly per 16,000-hour maintenance
Area: Drive Coupling & Flat Belt System
Check: Visually inspect flat belt for wear, fraying, cracks; Check centrifugal clutch engagement/disengagement function; Measure belt tension; Check all hydraulic system channels (holes/nozzles/chambers) for blockage; Clean hydraulic orifices during 16,000h service
Area: Centripetal Pump Wear & Hydraulic Leakage
Check: After bowl removal: inspect pump impeller and casing for wear marks; Check all hydraulic flanges, valve glands for oil seepage; Pressure-test hydraulic lines if available; Review for signs of cavitation or blockage in sensing pump
Area: Scheduled Maintenance Intervals Not Met
Check: Verify first service completion at 8,000h/1yr; Check documentation for 16,000h (2yr) and 48,000h (6yr) services; Under unfavorable conditions (aggressive feedstock, high temps, poor product quality): recommend shortened intervals; Replace vibration isolators after 48,000h

Type–universal inspection/service points for separators & purifiers (GEA Westfalia, Mega-Swarm 2026–06). Per-model specs not auto-filled.

Manufacturer Datasheet

Datasheet

Mitsubishi Kakoki (MKK)

Mitsubishi Kakoki MKK BW-1 Series unverified

Model Family

MKK BW-1

Separator Type

bilge_water_separator

Common Failures & Inspection Points

Bowl or separation-space contamination can reduce efficiency, noticed as poor outlet quality or frequent sludge discharge
Seal-ring deterioration can cause internal or external leakage, seen as fluid loss or cross-contamination
Incorrect feed temperature, flow or backpressure can upset separation, noticed as unstable operation or poor treatment
Drive or bearing wear can increase vibration and noise, potentially causing trips
Control-water, solenoid or automation faults can disturb the operating cycle, seen as failed bowl opening/closing or repeated alarms

Service: Inspect bowl and disc components where applicable, seals, feed system, sludge discharge, drive condition and operating controls. Trend vibration, leakage and treated-fluid quality. Exact bowl speeds, service intervals and wear limits must be taken from manufacturer documentation.

Spare Parts: Carry seal and gasket kits, filters or strainers, solenoid/control-water parts, selected bearings and manufacturer-recommended bowl service items.

Use Cases: Used in machinery spaces on merchant, passenger and offshore vessels for fuel, lube-oil, sludge or oily-water treatment.

Datasheet

Mitsubishi Kakoki MKK BW-1 1000l/h bilge_water unverified

Model Family

MKK BW-1

Separator Type

bilge_water_separator

Throughput (l/h)

1000

Medium

bilge_water

Bowl Speed (1/min)

7500

Common Failures & Inspection Points

Bowl or separation-space contamination can reduce efficiency, noticed as poor outlet quality or frequent sludge discharge
Seal-ring deterioration can cause internal or external leakage, seen as fluid loss or cross-contamination
Incorrect feed temperature, flow or backpressure can upset separation, noticed as unstable operation or poor treatment
Drive or bearing wear can increase vibration and noise, potentially causing trips
Control-water, solenoid or automation faults can disturb the operating cycle, seen as failed bowl opening/closing or repeated alarms

Spare Parts: Carry seal and gasket kits, filters or strainers, solenoid/control-water parts, selected bearings and manufacturer-recommended bowl service items.

Use Cases: Used in machinery spaces on merchant, passenger and offshore vessels for fuel, lube-oil, sludge or oily-water treatment.

Datasheet

Mitsubishi Kakoki MKK BW-1 2000l/h bilge_water unverified

Model Family

MKK BW-1

Separator Type

bilge_water_separator

Throughput (l/h)

2000

Medium

bilge_water

Bowl Speed (1/min)

7500

Common Failures & Inspection Points

Bowl or separation-space contamination can reduce efficiency, noticed as poor outlet quality or frequent sludge discharge
Seal-ring deterioration can cause internal or external leakage, seen as fluid loss or cross-contamination
Incorrect feed temperature, flow or backpressure can upset separation, noticed as unstable operation or poor treatment
Drive or bearing wear can increase vibration and noise, potentially causing trips
Control-water, solenoid or automation faults can disturb the operating cycle, seen as failed bowl opening/closing or repeated alarms

Spare Parts: Carry seal and gasket kits, filters or strainers, solenoid/control-water parts, selected bearings and manufacturer-recommended bowl service items.

Use Cases: Used in machinery spaces on merchant, passenger and offshore vessels for fuel, lube-oil, sludge or oily-water treatment.

Datasheet

Mitsubishi Kakoki MKK BW-1 5000l/h bilge_water unverified

Model Family

MKK BW-1

Separator Type

bilge_water_separator

Throughput (l/h)

5000

Medium

bilge_water

Bowl Speed (1/min)

6500

Common Failures & Inspection Points

Bowl or separation-space contamination can reduce efficiency, noticed as poor outlet quality or frequent sludge discharge
Seal-ring deterioration can cause internal or external leakage, seen as fluid loss or cross-contamination
Incorrect feed temperature, flow or backpressure can upset separation, noticed as unstable operation or poor treatment
Drive or bearing wear can increase vibration and noise, potentially causing trips
Control-water, solenoid or automation faults can disturb the operating cycle, seen as failed bowl opening/closing or repeated alarms

Spare Parts: Carry seal and gasket kits, filters or strainers, solenoid/control-water parts, selected bearings and manufacturer-recommended bowl service items.

Use Cases: Used in machinery spaces on merchant, passenger and offshore vessels for fuel, lube-oil, sludge or oily-water treatment.

Datasheet

Mitsubishi Kakoki MKK BW-5 Series unverified

Model Family

MKK BW-5

Separator Type

bilge_water_separator

Common Failures & Inspection Points

Bowl or separation-space contamination can reduce efficiency, noticed as poor outlet quality or frequent sludge discharge
Seal-ring deterioration can cause internal or external leakage, seen as fluid loss or cross-contamination
Incorrect feed temperature, flow or backpressure can upset separation, noticed as unstable operation or poor treatment
Drive or bearing wear can increase vibration and noise, potentially causing trips
Control-water, solenoid or automation faults can disturb the operating cycle, seen as failed bowl opening/closing or repeated alarms

Spare Parts: Carry seal and gasket kits, filters or strainers, solenoid/control-water parts, selected bearings and manufacturer-recommended bowl service items.

Use Cases: Used in machinery spaces on merchant, passenger and offshore vessels for fuel, lube-oil, sludge or oily-water treatment.

Datasheet

Mitsubishi Kakoki MKK BW-5 2000l/h bilge_water unverified

Model Family

MKK BW-5

Separator Type

bilge_water_separator

Throughput (l/h)

2000

Medium

bilge_water

Bowl Speed (1/min)

7500

Common Failures & Inspection Points

Bowl or separation-space contamination can reduce efficiency, noticed as poor outlet quality or frequent sludge discharge
Seal-ring deterioration can cause internal or external leakage, seen as fluid loss or cross-contamination
Incorrect feed temperature, flow or backpressure can upset separation, noticed as unstable operation or poor treatment
Drive or bearing wear can increase vibration and noise, potentially causing trips
Control-water, solenoid or automation faults can disturb the operating cycle, seen as failed bowl opening/closing or repeated alarms

Spare Parts: Carry seal and gasket kits, filters or strainers, solenoid/control-water parts, selected bearings and manufacturer-recommended bowl service items.

Use Cases: Used in machinery spaces on merchant, passenger and offshore vessels for fuel, lube-oil, sludge or oily-water treatment.

Datasheet

Mitsubishi Kakoki MKK BW-5 5000l/h bilge_water unverified

Model Family

MKK BW-5

Separator Type

bilge_water_separator

Throughput (l/h)

5000

Medium

bilge_water

Bowl Speed (1/min)

6500

Common Failures & Inspection Points

Bowl or separation-space contamination can reduce efficiency, noticed as poor outlet quality or frequent sludge discharge
Seal-ring deterioration can cause internal or external leakage, seen as fluid loss or cross-contamination
Incorrect feed temperature, flow or backpressure can upset separation, noticed as unstable operation or poor treatment
Drive or bearing wear can increase vibration and noise, potentially causing trips
Control-water, solenoid or automation faults can disturb the operating cycle, seen as failed bowl opening/closing or repeated alarms

Spare Parts: Carry seal and gasket kits, filters or strainers, solenoid/control-water parts, selected bearings and manufacturer-recommended bowl service items.

Use Cases: Used in machinery spaces on merchant, passenger and offshore vessels for fuel, lube-oil, sludge or oily-water treatment.

Datasheet

Mitsubishi Kakoki MKK BW-5 10000l/h bilge_water unverified

Model Family

MKK BW-5

Separator Type

bilge_water_separator

Throughput (l/h)

10000

Medium

bilge_water

Bowl Speed (1/min)

5500

Common Failures & Inspection Points

Bowl or separation-space contamination can reduce efficiency, noticed as poor outlet quality or frequent sludge discharge
Seal-ring deterioration can cause internal or external leakage, seen as fluid loss or cross-contamination
Incorrect feed temperature, flow or backpressure can upset separation, noticed as unstable operation or poor treatment
Drive or bearing wear can increase vibration and noise, potentially causing trips
Control-water, solenoid or automation faults can disturb the operating cycle, seen as failed bowl opening/closing or repeated alarms

Spare Parts: Carry seal and gasket kits, filters or strainers, solenoid/control-water parts, selected bearings and manufacturer-recommended bowl service items.

Use Cases: Used in machinery spaces on merchant, passenger and offshore vessels for fuel, lube-oil, sludge or oily-water treatment.

Datasheet

Hi Fuji

Hi Fuji HF BilgeSep Series unverified

Model Family

HF BilgeSep

Separator Type

bilge_water_separator

Common Failures & Inspection Points

Bowl or disc-stack fouling from sludge accumulation, typically indicated by reduced separation efficiency, vibration or frequent discharge
Seal or O-ring deterioration, typically indicated by oil/water leakage, loss of operating water or unstable separation
Bearing/spindle wear from poor lubrication or imbalance, typically indicated by vibration, noise or high-temperature alarms
Incorrect interface control or water-seal condition, typically indicated by oil in water outlet, water in clean oil or repeated alarms
Control/solenoid or discharge mechanism fault, typically indicated by failure to discharge sludge or repeated shutdown

Spare Parts: Keep complete seal kits, bowl O-rings, operating-water solenoid parts, bearings/service kits, feed-pump seals and critical control sensors.

Datasheet

Hi Fuji HF BilgeSep 1000l/h bilge_water unverified

Model Family

HF BilgeSep

Separator Type

bilge_water_separator

Throughput (l/h)

1000

Medium

bilge_water

Bowl Speed (1/min)

7500

Common Failures & Inspection Points

Mechanical wear caused by inadequate lubrication, contamination or long service, resulting in rising vibration, noise or temperature
Seal or gasket deterioration caused by wear, corrosion or misalignment, resulting in visible leakage or loss of process containment
Flow restriction, cavitation or fouling caused by blocked passages or unsuitable operating conditions, resulting in reduced capacity and unstable performance
Motor, coupling or drive failure caused by electrical faults, misalignment or overload, resulting in trips, abnormal current or inability to reach normal speed
Sensor, control or protection failure caused by wiring, calibration or electronics faults, resulting in alarms, incorrect control response or shutdown

Use Cases: It is used for bilge, sludge, fuel and lube-oil treatment on merchant ships, passenger vessels, offshore units or other vessel types where this equipment category is fitted.

Datasheet

Hi Fuji HF BilgeSep 2000l/h bilge_water unverified

Model Family

HF BilgeSep

Separator Type

bilge_water_separator

Throughput (l/h)

2000

Medium

bilge_water

Bowl Speed (1/min)

7500

Common Failures & Inspection Points

Mechanical wear caused by inadequate lubrication, contamination or long service, resulting in rising vibration, noise or temperature
Seal or gasket deterioration caused by wear, corrosion or misalignment, resulting in visible leakage or loss of process containment
Flow restriction, cavitation or fouling caused by blocked passages or unsuitable operating conditions, resulting in reduced capacity and unstable performance
Motor, coupling or drive failure caused by electrical faults, misalignment or overload, resulting in trips, abnormal current or inability to reach normal speed
Sensor, control or protection failure caused by wiring, calibration or electronics faults, resulting in alarms, incorrect control response or shutdown

Use Cases: It is used for bilge, sludge, fuel and lube-oil treatment on merchant ships, passenger vessels, offshore units or other vessel types where this equipment category is fitted.

Datasheet

Hi Fuji HF BilgeSep 5000l/h bilge_water unverified

Model Family

HF BilgeSep

Separator Type

bilge_water_separator

Throughput (l/h)

5000

Medium

bilge_water

Bowl Speed (1/min)

6500

Common Failures & Inspection Points

Mechanical wear caused by inadequate lubrication, contamination or long service, resulting in rising vibration, noise or temperature
Seal or gasket deterioration caused by wear, corrosion or misalignment, resulting in visible leakage or loss of process containment
Flow restriction, cavitation or fouling caused by blocked passages or unsuitable operating conditions, resulting in reduced capacity and unstable performance
Motor, coupling or drive failure caused by electrical faults, misalignment or overload, resulting in trips, abnormal current or inability to reach normal speed
Sensor, control or protection failure caused by wiring, calibration or electronics faults, resulting in alarms, incorrect control response or shutdown

Use Cases: It is used for bilge, sludge, fuel and lube-oil treatment on merchant ships, passenger vessels, offshore units or other vessel types where this equipment category is fitted.

Datasheet

Hi Fuji HF BilgeSep 10000l/h bilge_water unverified

Model Family

HF BilgeSep

Separator Type

bilge_water_separator

Throughput (l/h)

10000

Medium

bilge_water

Bowl Speed (1/min)

5500

Common Failures & Inspection Points

Mechanical wear caused by inadequate lubrication, contamination or long service, resulting in rising vibration, noise or temperature
Seal or gasket deterioration caused by wear, corrosion or misalignment, resulting in visible leakage or loss of process containment
Flow restriction, cavitation or fouling caused by blocked passages or unsuitable operating conditions, resulting in reduced capacity and unstable performance
Motor, coupling or drive failure caused by electrical faults, misalignment or overload, resulting in trips, abnormal current or inability to reach normal speed
Sensor, control or protection failure caused by wiring, calibration or electronics faults, resulting in alarms, incorrect control response or shutdown

Use Cases: It is used for bilge, sludge, fuel and lube-oil treatment on merchant ships, passenger vessels, offshore units or other vessel types where this equipment category is fitted.

Datasheet

Yokogawa

Yokogawa YK BW-2 Series unverified

Model Family

YK BW-2

Separator Type

bilge_water_separator

Common Failures & Inspection Points

Bowl, disc stack, filter, or separation-stage fouling from sludge and solids reduces capacity and separation efficiency
Seal or gasket wear causes external leakage, cross-leakage, or loss of operating water or process fluid
Bearing, spindle, gear, or drive wear causes abnormal vibration, noise, overheating, or protective trips
Incorrect temperature, density, flow, or interface condition causes poor separation and contaminated outlet fluid
Control valve, water system, sensor, or automatic sequence faults cause failed discharge cycles, alarms, or inability to reach operating speed

Spare Parts: Typical spares include bowl or housing seals, gaskets, bearings, friction or drive parts, filters, water-system seals, solenoids, sensors, and model-specific service kits.

Use Cases: Used on merchant, passenger, offshore, fishing, and workboat vessels for fuel and lubricating-oil purification, sludge treatment, and bilge-water separation.

Datasheet

Yokogawa YK BW-2 1000l/h bilge_water unverified

Model Family

YK BW-2

Separator Type

bilge_water_separator

Throughput (l/h)

1000

Medium

bilge_water

Bowl Speed (1/min)

7500

Common Failures & Inspection Points

Mechanical wear caused by inadequate lubrication, contamination or long service, resulting in rising vibration, noise or temperature
Seal or gasket deterioration caused by wear, corrosion or misalignment, resulting in visible leakage or loss of process containment
Flow restriction, cavitation or fouling caused by blocked passages or unsuitable operating conditions, resulting in reduced capacity and unstable performance
Motor, coupling or drive failure caused by electrical faults, misalignment or overload, resulting in trips, abnormal current or inability to reach normal speed
Sensor, control or protection failure caused by wiring, calibration or electronics faults, resulting in alarms, incorrect control response or shutdown

Use Cases: It is used for bilge, sludge, fuel and lube-oil treatment on merchant ships, passenger vessels, offshore units or other vessel types where this equipment category is fitted.

Datasheet

Yokogawa YK BW-2 2000l/h bilge_water unverified

Model Family

YK BW-2

Separator Type

bilge_water_separator

Throughput (l/h)

2000

Medium

bilge_water

Bowl Speed (1/min)

7500

Common Failures & Inspection Points

Mechanical wear caused by inadequate lubrication, contamination or long service, resulting in rising vibration, noise or temperature
Seal or gasket deterioration caused by wear, corrosion or misalignment, resulting in visible leakage or loss of process containment
Flow restriction, cavitation or fouling caused by blocked passages or unsuitable operating conditions, resulting in reduced capacity and unstable performance
Motor, coupling or drive failure caused by electrical faults, misalignment or overload, resulting in trips, abnormal current or inability to reach normal speed
Sensor, control or protection failure caused by wiring, calibration or electronics faults, resulting in alarms, incorrect control response or shutdown

Use Cases: It is used for bilge, sludge, fuel and lube-oil treatment on merchant ships, passenger vessels, offshore units or other vessel types where this equipment category is fitted.

Datasheet

Yokogawa YK BW-2 5000l/h bilge_water unverified

Model Family

YK BW-2

Separator Type

bilge_water_separator

Throughput (l/h)

5000

Medium

bilge_water

Bowl Speed (1/min)

6500

Common Failures & Inspection Points

Mechanical wear caused by inadequate lubrication, contamination or long service, resulting in rising vibration, noise or temperature
Seal or gasket deterioration caused by wear, corrosion or misalignment, resulting in visible leakage or loss of process containment
Flow restriction, cavitation or fouling caused by blocked passages or unsuitable operating conditions, resulting in reduced capacity and unstable performance
Motor, coupling or drive failure caused by electrical faults, misalignment or overload, resulting in trips, abnormal current or inability to reach normal speed
Sensor, control or protection failure caused by wiring, calibration or electronics faults, resulting in alarms, incorrect control response or shutdown

Use Cases: It is used for bilge, sludge, fuel and lube-oil treatment on merchant ships, passenger vessels, offshore units or other vessel types where this equipment category is fitted.

Datasheet

GEA Westfalia Separator Group

BilgeMaster, GEA bilge Separator

Marine-rated capacity per Hersteller-Datenblatt · Fuel Oil / Lube Oil

Model Number

TAP0000305

Common Failures & Inspection Points

Bowl vibration due to disc stack imbalance after 5,000–7,000 operating hours
Operating water valve failure causes incomplete desludging
Main sealing ring aging due to HFO deposits every 4,000–6,000 operating hours
Gear wear in worm gearbox after 15,000–20,000 operating hours

Service: Bowl overhaul every 5,000–7,000 operating hours. Disc stack cleaning every 2,000–4,000 operating hours. Gear oil change every 3,000 operating hours.

Spare Parts: GEA Westfalia Separator Group GmbH: O-ring kit and operating water valve to be kept on board. Lead time: 2–6 weeks depending on manufacturer.

Datasheet

Bilge Master E Series - Clean(Design), GEA bilge Separator - Clean(Design), GEA EGR Module

Marine-rated capacity per Hersteller-Datenblatt · Fuel Oil / Lube Oil

Model Number

TAP0000131

Common Failures & Inspection Points

Bowl vibration due to disc stack imbalance after 5,000–7,000 operating hours
Operating water valve failure causes incomplete desludging
Main sealing ring aging due to HFO deposits every 4,000–6,000 operating hours
Gear wear in worm gearbox after 15,000–20,000 operating hours

Service: Bowl overhaul every 5,000–7,000 operating hours. Disc stack cleaning every 2,000–4,000 operating hours. Gear oil change every 3,000 operating hours.

Spare Parts: GEA Westfalia Separator Group GmbH: O-ring kit and operating water valve to be kept on board. Lead time: 2–6 weeks depending on manufacturer.

Datasheet

HEISHIN PUMP WORKS

HCS-20, HCS-50, HCS-100, HCS-200, HCS-300, HCS-500, HCS-1000

Model Number

TAP00001J5

Datasheet

Heishin Pump Works Co., Ltd; HFM-20, HFM-50, HFM-100, HFM-200, HFM-300, HFM-500

Model Number

TAP00000SW

Datasheet

Compass Water Solutions

ULTRA-SEP US250, ULTRA-SEP US500, US500C, US500G, ULTRA-SEP US1000, US1000C, US1000G, ULTRA-SEP US2000, ULTRA-SEP US3000, ULTRA-SEP US5000, ULTRA-SEP US7500, ULTRA-SEP US10000

Model Number

TAP00001X3

Datasheet

DESARROLLO TECNICAS INDUSTRIALES DE GALICIA

DELTA OWSAN-0.5, DELTA OWSAN-1 & DELTA OWSAN-1.0/15749, DELTA OWSAN-2.5, DELTA OWSAN-5.0, DELTA OWSAN-5/21525 & DELTA OWSAN-5/21613, DELTA OWSAN-7.5, DELTA OWSAN-10, DELTA OWSAN-12.5, DELTA OWSANP-0.5, DELTA OWSANP-1.0, DELTA OWSANP-2.5, DELTA OWSANP-5.0, DELTA OWSANP-7.5, DELTA OWSANP-10, DELTA OWSANP-12.5

Model Number

TAP00001XF

Datasheet

Filtration Group

PPT-BWS/MESB, MPEB-VT, MPS/MF

Model Number

TAP00001X0

Datasheet

Geo Rim Engineering

GRS-10EB, GRS-20EB, GRS-25EB, GRS-50EB, GRS-100EB

Model Number

TAP00000WR

Datasheet

Jowa

JOWA 3SEP 5ppm OWS

Model Number

TAP0000036

Datasheet

Marinfloc

CD Series: CD 0.25, CD 0.5, CD 1.0, CD 2.0, CD 5.0, DD Series: DD 2.0, DD 5.0, DD 2.0 Ex, DD 5.0 Ex., WhiteBox (Optional)

Model Number

TAP00001HZ

Datasheet

RWO

OWS-COM 0.1, 0.25, 0.5, 1.0, 2.5, 5.0, 10.0

Model Number

TAP00000MX

Datasheet

Samgong

SBC250S, SBC500S

Model Number

TAP00001X1

Datasheet

Sepflutech

SDU-0.25, 0.5, 1, 2.5, 5, 7.5, 10, SDU-SMF-0.25, 0.5, 1, 2.5, 5, 7.5, 10

Model Number

TAP0000077

Datasheet