Shell-and-Tube Heat Exchanger

medium 113 models total

A shell-and-tube exchanger passes one fluid through a bundle of tubes and a second fluid around them inside a cylindrical shell. Compared with a plate exchanger it tolerates dirty water, high pressure and wide temperature swings, at the cost of size and weight.

Read more — Shell-and-Tube Heat Exchanger explained ▾

What Sets a Shell-and-Tube Exchanger Apart

A shell-and-tube unit moves heat between two fluids that never mix: one flows inside a bundle of tubes, the other flows around the tubes inside the shell, usually directed back and forth by baffles. The design is mechanically simple and can be built to withstand raw seawater, sludge, and pressures a plate exchanger would not survive. Where a plate exchanger wins on footprint and thermal efficiency per kilogram, the shell-and-tube wins on ruggedness: it keeps working with poor water quality, tolerates a blocked tube or two without failing, and can be repaired with hand tools instead of a full plate set replacement. On most ships it is the choice for jacket water coolers, lube oil coolers, and any duty where the cooling medium is raw seawater rather than a treated closed loop.

Main Components

Shell

The outer cylindrical pressure vessel. Carbon steel is common on the seawater side circuits where a sacrificial coating or cathodic protection is fitted; cupronickel or titanium shells appear on higher-duty coolers.

Tube Bundle

A set of straight or U-shaped tubes, typically cupronickel 90/10 or titanium for seawater service, rolled or welded into the tube sheet. The bundle is usually removable as one unit for cleaning.

Tube Sheets

Thick plates at each end that hold the tube ends and separate the shell side from the tube side. Leakage at a tube-to-tube-sheet joint is the most common source of cross-contamination between circuits.

Baffles

Plates inside the shell that force the shell-side fluid into a zig-zag path across the tube bundle, increasing turbulence and heat transfer. Poorly maintained baffles lead to flow-induced tube vibration and fretting wear.

Water Boxes / End Covers

Removable covers at each end of the tube bundle that allow access for cleaning and tube plugging without opening the shell itself.

Selection and Sizing

Sizing depends on the heat duty in kW, the flow rates and inlet/outlet temperatures on both sides, and the allowable pressure drop. Key selection points:

Fouling factor assumed for the seawater side, which drives how much surface area margin is built in above the clean-condition calculation.
Tube material and wall thickness, chosen against the seawater velocity and chloride content expected on the trading route.
Shell-side and tube-side design pressure, since the two circuits rarely share the same rating.
Number of tube passes, which trades pressure drop against compactness.

Regulations and Class

Shell-and-tube exchangers in the main cooling and lube oil circuits fall under class rules for pressure-containing heat exchangers and are subject to periodic survey as part of the machinery survey scheme. Where the unit sits in a fuel or thermal oil system, class rules on double-wall separation or leak detection between circuits may apply. There is no exchanger-specific IMO instrument; requirements come through the classification society's machinery rules and, for fuel-related duties, through the applicable fire safety provisions of SOLAS Chapter II-2.

Typical Faults

Fault	Cause	Consequence
Tube fouling	Marine growth, silt or scale on the seawater side	Reduced heat transfer, rising jacket water or lube oil temperature
Tube leak	Erosion-corrosion, pitting or fretting against a baffle	Seawater ingress into the closed cooling or oil circuit
End cover gasket failure	Ageing gasket material, uneven bolt torque on reassembly	External leak at the water box, loss of cooling flow
Tube vibration damage	Missing or worn baffle support, high shell-side velocity	Progressive wall thinning and eventual tube rupture
Galvanic corrosion	Damaged or depleted anode, dissimilar metals in contact	Accelerated pitting of tube sheet or water box

What to Look for in a Supplier

Confirmation of tube material and wall thickness against the actual seawater chemistry of the intended trading area, not a generic default.
Availability of a removable bundle design if the duty involves frequent mechanical cleaning.
Documented hydrostatic test certificates for both shell and tube side at the design pressures.
Spare tube plugs and gasket sets included or readily sourced, since plugging a leaking tube is a routine repair, not an exception.

A shell-and-tube cooler that suddenly needs more tubes plugged than usual is not ageing gracefully, it is telling you the anode or coating protecting it has already failed.

Inspector Mode Show All 113 total

7 manufacturers · 113 models

Funke

20 ✓ 20 verified

BCF/BCP ✓ verified

Application

Universal oil/water cooling and heating with saturated steam

Common Failures & Inspection Points

Area: Tube bundle scaling/fouling (mineral deposits, organic impurities)
Check: Measure pressure drop across tube bundle; compare to baseline. Conduct optical inspection/borescope examination for visible deposits. Check heat transfer efficiency degradation.
Area: Corrosion and pitting of tubes and tubesheet (internal/external surfaces)
Check: Perform ultrasonic thickness testing (UT) or eddy current testing (ECT) on tube surfaces and tubesheet. Visual inspection for rust staining, discoloration. Inspect weld seams on shell and tubesheet.
Area: Vibration, noise, and mechanical wear (tube wall thinning, erosion)
Check: Monitor noise/vibration levels during operation. Check tube baffle spacing for deformation. Verify internal fluid velocity within design range. Look for signs of tube/baffle contact.
Area: Gasket, seal, and flange leakage (connection points)
Check: Inspect all gasket/seal surfaces for cracks, brittleness, compression set. Perform pressure test on tube side (no leakage under design pressure). Check bolt torque values.
Area: Pressure drop increase indicating blockage or fouling (shell or tube side)
Check: Measure differential pressure across shell and tube sides separately. Compare to original design specifications. Excessive drop indicates cleaning/overhaul required.

Typ-universelle Inspektionspunkte fuer Heat Exchangers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

CCF/CCP ✓ verified

Application

Universal cooling of lubricating/hydraulic oil and water; heating with saturated steam

Common Failures & Inspection Points

Area: Tube bundle scaling/fouling (mineral deposits, organic impurities)
Check: Measure pressure drop across tube bundle; compare to baseline. Conduct optical inspection/borescope examination for visible deposits. Check heat transfer efficiency degradation.
Area: Corrosion and pitting of tubes and tubesheet (internal/external surfaces)
Check: Perform ultrasonic thickness testing (UT) or eddy current testing (ECT) on tube surfaces and tubesheet. Visual inspection for rust staining, discoloration. Inspect weld seams on shell and tubesheet.
Area: Vibration, noise, and mechanical wear (tube wall thinning, erosion)
Check: Monitor noise/vibration levels during operation. Check tube baffle spacing for deformation. Verify internal fluid velocity within design range. Look for signs of tube/baffle contact.
Area: Gasket, seal, and flange leakage (connection points)
Check: Inspect all gasket/seal surfaces for cracks, brittleness, compression set. Perform pressure test on tube side (no leakage under design pressure). Check bolt torque values.
Area: Pressure drop increase indicating blockage or fouling (shell or tube side)
Check: Measure differential pressure across shell and tube sides separately. Compare to original design specifications. Excessive drop indicates cleaning/overhaul required.

Typ-universelle Inspektionspunkte fuer Heat Exchangers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

SSCF/SSCP ✓ verified

Application

Universal cooling and heating; corrosion-resistant applications

Common Failures & Inspection Points

Area: Tube bundle scaling/fouling (mineral deposits, organic impurities)
Check: Measure pressure drop across tube bundle; compare to baseline. Conduct optical inspection/borescope examination for visible deposits. Check heat transfer efficiency degradation.
Area: Corrosion and pitting of tubes and tubesheet (internal/external surfaces)
Check: Perform ultrasonic thickness testing (UT) or eddy current testing (ECT) on tube surfaces and tubesheet. Visual inspection for rust staining, discoloration. Inspect weld seams on shell and tubesheet.
Area: Vibration, noise, and mechanical wear (tube wall thinning, erosion)
Check: Monitor noise/vibration levels during operation. Check tube baffle spacing for deformation. Verify internal fluid velocity within design range. Look for signs of tube/baffle contact.
Area: Gasket, seal, and flange leakage (connection points)
Check: Inspect all gasket/seal surfaces for cracks, brittleness, compression set. Perform pressure test on tube side (no leakage under design pressure). Check bolt torque values.
Area: Pressure drop increase indicating blockage or fouling (shell or tube side)
Check: Measure differential pressure across shell and tube sides separately. Compare to original design specifications. Excessive drop indicates cleaning/overhaul required.

Typ-universelle Inspektionspunkte fuer Heat Exchangers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

TDW ✓ verified

Application

High-performance oil cooling with finned tubes and spiral deflection baffles

Common Failures & Inspection Points

Area: Tube bundle scaling/fouling (mineral deposits, organic impurities)
Check: Measure pressure drop across tube bundle; compare to baseline. Conduct optical inspection/borescope examination for visible deposits. Check heat transfer efficiency degradation.
Area: Corrosion and pitting of tubes and tubesheet (internal/external surfaces)
Check: Perform ultrasonic thickness testing (UT) or eddy current testing (ECT) on tube surfaces and tubesheet. Visual inspection for rust staining, discoloration. Inspect weld seams on shell and tubesheet.
Area: Vibration, noise, and mechanical wear (tube wall thinning, erosion)
Check: Monitor noise/vibration levels during operation. Check tube baffle spacing for deformation. Verify internal fluid velocity within design range. Look for signs of tube/baffle contact.
Area: Gasket, seal, and flange leakage (connection points)
Check: Inspect all gasket/seal surfaces for cracks, brittleness, compression set. Perform pressure test on tube side (no leakage under design pressure). Check bolt torque values.
Area: Pressure drop increase indicating blockage or fouling (shell or tube side)
Check: Measure differential pressure across shell and tube sides separately. Compare to original design specifications. Excessive drop indicates cleaning/overhaul required.

Typ-universelle Inspektionspunkte fuer Heat Exchangers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

UNIVEX ✓ verified

Application

Cooling of hydraulic oils, converter oils, cutting oils, seawater-resistant design

Common Failures & Inspection Points

Area: Tube bundle scaling/fouling (mineral deposits, organic impurities)
Check: Measure pressure drop across tube bundle; compare to baseline. Conduct optical inspection/borescope examination for visible deposits. Check heat transfer efficiency degradation.
Area: Corrosion and pitting of tubes and tubesheet (internal/external surfaces)
Check: Perform ultrasonic thickness testing (UT) or eddy current testing (ECT) on tube surfaces and tubesheet. Visual inspection for rust staining, discoloration. Inspect weld seams on shell and tubesheet.
Area: Vibration, noise, and mechanical wear (tube wall thinning, erosion)
Check: Monitor noise/vibration levels during operation. Check tube baffle spacing for deformation. Verify internal fluid velocity within design range. Look for signs of tube/baffle contact.
Area: Gasket, seal, and flange leakage (connection points)
Check: Inspect all gasket/seal surfaces for cracks, brittleness, compression set. Perform pressure test on tube side (no leakage under design pressure). Check bolt torque values.
Area: Pressure drop increase indicating blockage or fouling (shell or tube side)
Check: Measure differential pressure across shell and tube sides separately. Compare to original design specifications. Excessive drop indicates cleaning/overhaul required.

Typ-universelle Inspektionspunkte fuer Heat Exchangers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

CCFA ✓ verified

Application

Gas and air cooling, intermediate cooler, after-cooler for compressors

Common Failures & Inspection Points

Area: Tube bundle scaling/fouling (mineral deposits, organic impurities)
Check: Measure pressure drop across tube bundle; compare to baseline. Conduct optical inspection/borescope examination for visible deposits. Check heat transfer efficiency degradation.
Area: Corrosion and pitting of tubes and tubesheet (internal/external surfaces)
Check: Perform ultrasonic thickness testing (UT) or eddy current testing (ECT) on tube surfaces and tubesheet. Visual inspection for rust staining, discoloration. Inspect weld seams on shell and tubesheet.
Area: Vibration, noise, and mechanical wear (tube wall thinning, erosion)
Check: Monitor noise/vibration levels during operation. Check tube baffle spacing for deformation. Verify internal fluid velocity within design range. Look for signs of tube/baffle contact.
Area: Gasket, seal, and flange leakage (connection points)
Check: Inspect all gasket/seal surfaces for cracks, brittleness, compression set. Perform pressure test on tube side (no leakage under design pressure). Check bolt torque values.
Area: Pressure drop increase indicating blockage or fouling (shell or tube side)
Check: Measure differential pressure across shell and tube sides separately. Compare to original design specifications. Excessive drop indicates cleaning/overhaul required.

Typ-universelle Inspektionspunkte fuer Heat Exchangers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

SSCFA ✓ verified

Application

Gas and air cooling, corrosion-resistant variant for high pressure applications

Common Failures & Inspection Points

Area: Tube bundle scaling/fouling (mineral deposits, organic impurities)
Check: Measure pressure drop across tube bundle; compare to baseline. Conduct optical inspection/borescope examination for visible deposits. Check heat transfer efficiency degradation.
Area: Corrosion and pitting of tubes and tubesheet (internal/external surfaces)
Check: Perform ultrasonic thickness testing (UT) or eddy current testing (ECT) on tube surfaces and tubesheet. Visual inspection for rust staining, discoloration. Inspect weld seams on shell and tubesheet.
Area: Vibration, noise, and mechanical wear (tube wall thinning, erosion)
Check: Monitor noise/vibration levels during operation. Check tube baffle spacing for deformation. Verify internal fluid velocity within design range. Look for signs of tube/baffle contact.
Area: Gasket, seal, and flange leakage (connection points)
Check: Inspect all gasket/seal surfaces for cracks, brittleness, compression set. Perform pressure test on tube side (no leakage under design pressure). Check bolt torque values.
Area: Pressure drop increase indicating blockage or fouling (shell or tube side)
Check: Measure differential pressure across shell and tube sides separately. Compare to original design specifications. Excessive drop indicates cleaning/overhaul required.

Typ-universelle Inspektionspunkte fuer Heat Exchangers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

CP ✓ verified

Application

Oil cooling in hydraulics, large engines, shipbuilding (TEMA Type W)

Common Failures & Inspection Points

Area: Tube bundle scaling/fouling (mineral deposits, organic impurities)
Check: Measure pressure drop across tube bundle; compare to baseline. Conduct optical inspection/borescope examination for visible deposits. Check heat transfer efficiency degradation.
Area: Corrosion and pitting of tubes and tubesheet (internal/external surfaces)
Check: Perform ultrasonic thickness testing (UT) or eddy current testing (ECT) on tube surfaces and tubesheet. Visual inspection for rust staining, discoloration. Inspect weld seams on shell and tubesheet.
Area: Vibration, noise, and mechanical wear (tube wall thinning, erosion)
Check: Monitor noise/vibration levels during operation. Check tube baffle spacing for deformation. Verify internal fluid velocity within design range. Look for signs of tube/baffle contact.
Area: Gasket, seal, and flange leakage (connection points)
Check: Inspect all gasket/seal surfaces for cracks, brittleness, compression set. Perform pressure test on tube side (no leakage under design pressure). Check bolt torque values.
Area: Pressure drop increase indicating blockage or fouling (shell or tube side)
Check: Measure differential pressure across shell and tube sides separately. Compare to original design specifications. Excessive drop indicates cleaning/overhaul required.

Typ-universelle Inspektionspunkte fuer Heat Exchangers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

C-100 ✓ verified

Application

Universal cooler with gas/air thermal treatment applications

Common Failures & Inspection Points

Area: Tube bundle scaling/fouling (mineral deposits, organic impurities)
Check: Measure pressure drop across tube bundle; compare to baseline. Conduct optical inspection/borescope examination for visible deposits. Check heat transfer efficiency degradation.
Area: Corrosion and pitting of tubes and tubesheet (internal/external surfaces)
Check: Perform ultrasonic thickness testing (UT) or eddy current testing (ECT) on tube surfaces and tubesheet. Visual inspection for rust staining, discoloration. Inspect weld seams on shell and tubesheet.
Area: Vibration, noise, and mechanical wear (tube wall thinning, erosion)
Check: Monitor noise/vibration levels during operation. Check tube baffle spacing for deformation. Verify internal fluid velocity within design range. Look for signs of tube/baffle contact.
Area: Gasket, seal, and flange leakage (connection points)
Check: Inspect all gasket/seal surfaces for cracks, brittleness, compression set. Perform pressure test on tube side (no leakage under design pressure). Check bolt torque values.
Area: Pressure drop increase indicating blockage or fouling (shell or tube side)
Check: Measure differential pressure across shell and tube sides separately. Compare to original design specifications. Excessive drop indicates cleaning/overhaul required.

Typ-universelle Inspektionspunkte fuer Heat Exchangers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

C-200 ✓ verified

Application

Universal cooling/heating with optimal heat transfer efficiency

Common Failures & Inspection Points

Area: Tube bundle scaling/fouling (mineral deposits, organic impurities)
Check: Measure pressure drop across tube bundle; compare to baseline. Conduct optical inspection/borescope examination for visible deposits. Check heat transfer efficiency degradation.
Area: Corrosion and pitting of tubes and tubesheet (internal/external surfaces)
Check: Perform ultrasonic thickness testing (UT) or eddy current testing (ECT) on tube surfaces and tubesheet. Visual inspection for rust staining, discoloration. Inspect weld seams on shell and tubesheet.
Area: Vibration, noise, and mechanical wear (tube wall thinning, erosion)
Check: Monitor noise/vibration levels during operation. Check tube baffle spacing for deformation. Verify internal fluid velocity within design range. Look for signs of tube/baffle contact.
Area: Gasket, seal, and flange leakage (connection points)
Check: Inspect all gasket/seal surfaces for cracks, brittleness, compression set. Perform pressure test on tube side (no leakage under design pressure). Check bolt torque values.
Area: Pressure drop increase indicating blockage or fouling (shell or tube side)
Check: Measure differential pressure across shell and tube sides separately. Compare to original design specifications. Excessive drop indicates cleaning/overhaul required.

Typ-universelle Inspektionspunkte fuer Heat Exchangers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

C-300 ✓ verified

Application

High-pressure cooling; steam generation; thermal expansion protection

Common Failures & Inspection Points

Area: Tube bundle scaling/fouling (mineral deposits, organic impurities)
Check: Measure pressure drop across tube bundle; compare to baseline. Conduct optical inspection/borescope examination for visible deposits. Check heat transfer efficiency degradation.
Area: Corrosion and pitting of tubes and tubesheet (internal/external surfaces)
Check: Perform ultrasonic thickness testing (UT) or eddy current testing (ECT) on tube surfaces and tubesheet. Visual inspection for rust staining, discoloration. Inspect weld seams on shell and tubesheet.
Area: Vibration, noise, and mechanical wear (tube wall thinning, erosion)
Check: Monitor noise/vibration levels during operation. Check tube baffle spacing for deformation. Verify internal fluid velocity within design range. Look for signs of tube/baffle contact.
Area: Gasket, seal, and flange leakage (connection points)
Check: Inspect all gasket/seal surfaces for cracks, brittleness, compression set. Perform pressure test on tube side (no leakage under design pressure). Check bolt torque values.
Area: Pressure drop increase indicating blockage or fouling (shell or tube side)
Check: Measure differential pressure across shell and tube sides separately. Compare to original design specifications. Excessive drop indicates cleaning/overhaul required.

Typ-universelle Inspektionspunkte fuer Heat Exchangers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

C-400 ✓ verified

Application

Floating head design for high thermal shock and thermal expansion

Common Failures & Inspection Points

Area: Tube bundle scaling/fouling (mineral deposits, organic impurities)
Check: Measure pressure drop across tube bundle; compare to baseline. Conduct optical inspection/borescope examination for visible deposits. Check heat transfer efficiency degradation.
Area: Corrosion and pitting of tubes and tubesheet (internal/external surfaces)
Check: Perform ultrasonic thickness testing (UT) or eddy current testing (ECT) on tube surfaces and tubesheet. Visual inspection for rust staining, discoloration. Inspect weld seams on shell and tubesheet.
Area: Vibration, noise, and mechanical wear (tube wall thinning, erosion)
Check: Monitor noise/vibration levels during operation. Check tube baffle spacing for deformation. Verify internal fluid velocity within design range. Look for signs of tube/baffle contact.
Area: Gasket, seal, and flange leakage (connection points)
Check: Inspect all gasket/seal surfaces for cracks, brittleness, compression set. Perform pressure test on tube side (no leakage under design pressure). Check bolt torque values.
Area: Pressure drop increase indicating blockage or fouling (shell or tube side)
Check: Measure differential pressure across shell and tube sides separately. Compare to original design specifications. Excessive drop indicates cleaning/overhaul required.

Typ-universelle Inspektionspunkte fuer Heat Exchangers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

C-500 ✓ verified

Application

Floating head design for high-temperature chemical/refinery applications

Common Failures & Inspection Points

Area: Tube bundle scaling/fouling (mineral deposits, organic impurities)
Check: Measure pressure drop across tube bundle; compare to baseline. Conduct optical inspection/borescope examination for visible deposits. Check heat transfer efficiency degradation.
Area: Corrosion and pitting of tubes and tubesheet (internal/external surfaces)
Check: Perform ultrasonic thickness testing (UT) or eddy current testing (ECT) on tube surfaces and tubesheet. Visual inspection for rust staining, discoloration. Inspect weld seams on shell and tubesheet.
Area: Vibration, noise, and mechanical wear (tube wall thinning, erosion)
Check: Monitor noise/vibration levels during operation. Check tube baffle spacing for deformation. Verify internal fluid velocity within design range. Look for signs of tube/baffle contact.
Area: Gasket, seal, and flange leakage (connection points)
Check: Inspect all gasket/seal surfaces for cracks, brittleness, compression set. Perform pressure test on tube side (no leakage under design pressure). Check bolt torque values.
Area: Pressure drop increase indicating blockage or fouling (shell or tube side)
Check: Measure differential pressure across shell and tube sides separately. Compare to original design specifications. Excessive drop indicates cleaning/overhaul required.

Typ-universelle Inspektionspunkte fuer Heat Exchangers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

A-100 ✓ verified

Application

Compressed air and process gas cooling

Common Failures & Inspection Points

Area: Tube bundle scaling/fouling (mineral deposits, organic impurities)
Check: Measure pressure drop across tube bundle; compare to baseline. Conduct optical inspection/borescope examination for visible deposits. Check heat transfer efficiency degradation.
Area: Corrosion and pitting of tubes and tubesheet (internal/external surfaces)
Check: Perform ultrasonic thickness testing (UT) or eddy current testing (ECT) on tube surfaces and tubesheet. Visual inspection for rust staining, discoloration. Inspect weld seams on shell and tubesheet.
Area: Vibration, noise, and mechanical wear (tube wall thinning, erosion)
Check: Monitor noise/vibration levels during operation. Check tube baffle spacing for deformation. Verify internal fluid velocity within design range. Look for signs of tube/baffle contact.
Area: Gasket, seal, and flange leakage (connection points)
Check: Inspect all gasket/seal surfaces for cracks, brittleness, compression set. Perform pressure test on tube side (no leakage under design pressure). Check bolt torque values.
Area: Pressure drop increase indicating blockage or fouling (shell or tube side)
Check: Measure differential pressure across shell and tube sides separately. Compare to original design specifications. Excessive drop indicates cleaning/overhaul required.

Typ-universelle Inspektionspunkte fuer Heat Exchangers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

WRA 200 ✓ verified

Application

Exhaust gas heat recovery from stationary combustion engines

Common Failures & Inspection Points

Area: Tube bundle scaling/fouling (mineral deposits, organic impurities)
Check: Measure pressure drop across tube bundle; compare to baseline. Conduct optical inspection/borescope examination for visible deposits. Check heat transfer efficiency degradation.
Area: Corrosion and pitting of tubes and tubesheet (internal/external surfaces)
Check: Perform ultrasonic thickness testing (UT) or eddy current testing (ECT) on tube surfaces and tubesheet. Visual inspection for rust staining, discoloration. Inspect weld seams on shell and tubesheet.
Area: Vibration, noise, and mechanical wear (tube wall thinning, erosion)
Check: Monitor noise/vibration levels during operation. Check tube baffle spacing for deformation. Verify internal fluid velocity within design range. Look for signs of tube/baffle contact.
Area: Gasket, seal, and flange leakage (connection points)
Check: Inspect all gasket/seal surfaces for cracks, brittleness, compression set. Perform pressure test on tube side (no leakage under design pressure). Check bolt torque values.
Area: Pressure drop increase indicating blockage or fouling (shell or tube side)
Check: Measure differential pressure across shell and tube sides separately. Compare to original design specifications. Excessive drop indicates cleaning/overhaul required.

Typ-universelle Inspektionspunkte fuer Heat Exchangers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

SWF/SWP ✓ verified

Application

Safety applications requiring media separation and leak detection

Common Failures & Inspection Points

Area: Tube bundle scaling/fouling (mineral deposits, organic impurities)
Check: Measure pressure drop across tube bundle; compare to baseline. Conduct optical inspection/borescope examination for visible deposits. Check heat transfer efficiency degradation.
Area: Corrosion and pitting of tubes and tubesheet (internal/external surfaces)
Check: Perform ultrasonic thickness testing (UT) or eddy current testing (ECT) on tube surfaces and tubesheet. Visual inspection for rust staining, discoloration. Inspect weld seams on shell and tubesheet.
Area: Vibration, noise, and mechanical wear (tube wall thinning, erosion)
Check: Monitor noise/vibration levels during operation. Check tube baffle spacing for deformation. Verify internal fluid velocity within design range. Look for signs of tube/baffle contact.
Area: Gasket, seal, and flange leakage (connection points)
Check: Inspect all gasket/seal surfaces for cracks, brittleness, compression set. Perform pressure test on tube side (no leakage under design pressure). Check bolt torque values.
Area: Pressure drop increase indicating blockage or fouling (shell or tube side)
Check: Measure differential pressure across shell and tube sides separately. Compare to original design specifications. Excessive drop indicates cleaning/overhaul required.

Typ-universelle Inspektionspunkte fuer Heat Exchangers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

SSWF/SSWP ✓ verified

Application

Safety applications in corrosion-prone environments

Common Failures & Inspection Points

Area: Tube bundle scaling/fouling (mineral deposits, organic impurities)
Check: Measure pressure drop across tube bundle; compare to baseline. Conduct optical inspection/borescope examination for visible deposits. Check heat transfer efficiency degradation.
Area: Corrosion and pitting of tubes and tubesheet (internal/external surfaces)
Check: Perform ultrasonic thickness testing (UT) or eddy current testing (ECT) on tube surfaces and tubesheet. Visual inspection for rust staining, discoloration. Inspect weld seams on shell and tubesheet.
Area: Vibration, noise, and mechanical wear (tube wall thinning, erosion)
Check: Monitor noise/vibration levels during operation. Check tube baffle spacing for deformation. Verify internal fluid velocity within design range. Look for signs of tube/baffle contact.
Area: Gasket, seal, and flange leakage (connection points)
Check: Inspect all gasket/seal surfaces for cracks, brittleness, compression set. Perform pressure test on tube side (no leakage under design pressure). Check bolt torque values.
Area: Pressure drop increase indicating blockage or fouling (shell or tube side)
Check: Measure differential pressure across shell and tube sides separately. Compare to original design specifications. Excessive drop indicates cleaning/overhaul required.

Typ-universelle Inspektionspunkte fuer Heat Exchangers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

SWF-HE ✓ verified

Application

High-performance safety heat exchanger with temperature compensation

Common Failures & Inspection Points

Area: Tube bundle scaling/fouling (mineral deposits, organic impurities)
Check: Measure pressure drop across tube bundle; compare to baseline. Conduct optical inspection/borescope examination for visible deposits. Check heat transfer efficiency degradation.
Area: Corrosion and pitting of tubes and tubesheet (internal/external surfaces)
Check: Perform ultrasonic thickness testing (UT) or eddy current testing (ECT) on tube surfaces and tubesheet. Visual inspection for rust staining, discoloration. Inspect weld seams on shell and tubesheet.
Area: Vibration, noise, and mechanical wear (tube wall thinning, erosion)
Check: Monitor noise/vibration levels during operation. Check tube baffle spacing for deformation. Verify internal fluid velocity within design range. Look for signs of tube/baffle contact.
Area: Gasket, seal, and flange leakage (connection points)
Check: Inspect all gasket/seal surfaces for cracks, brittleness, compression set. Perform pressure test on tube side (no leakage under design pressure). Check bolt torque values.
Area: Pressure drop increase indicating blockage or fouling (shell or tube side)
Check: Measure differential pressure across shell and tube sides separately. Compare to original design specifications. Excessive drop indicates cleaning/overhaul required.

Typ-universelle Inspektionspunkte fuer Heat Exchangers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

SSWF-HE ✓ verified

Application

High-pressure, high-temperature safety heat exchanger, corrosion-resistant

Common Failures & Inspection Points

Area: Tube bundle scaling/fouling (mineral deposits, organic impurities)
Check: Measure pressure drop across tube bundle; compare to baseline. Conduct optical inspection/borescope examination for visible deposits. Check heat transfer efficiency degradation.
Area: Corrosion and pitting of tubes and tubesheet (internal/external surfaces)
Check: Perform ultrasonic thickness testing (UT) or eddy current testing (ECT) on tube surfaces and tubesheet. Visual inspection for rust staining, discoloration. Inspect weld seams on shell and tubesheet.
Area: Vibration, noise, and mechanical wear (tube wall thinning, erosion)
Check: Monitor noise/vibration levels during operation. Check tube baffle spacing for deformation. Verify internal fluid velocity within design range. Look for signs of tube/baffle contact.
Area: Gasket, seal, and flange leakage (connection points)
Check: Inspect all gasket/seal surfaces for cracks, brittleness, compression set. Perform pressure test on tube side (no leakage under design pressure). Check bolt torque values.
Area: Pressure drop increase indicating blockage or fouling (shell or tube side)
Check: Measure differential pressure across shell and tube sides separately. Compare to original design specifications. Excessive drop indicates cleaning/overhaul required.

Typ-universelle Inspektionspunkte fuer Heat Exchangers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

CPS ✓ verified

Application

Standard construction universal cooling applications

Common Failures & Inspection Points

Area: Tube bundle scaling/fouling (mineral deposits, organic impurities)
Check: Measure pressure drop across tube bundle; compare to baseline. Conduct optical inspection/borescope examination for visible deposits. Check heat transfer efficiency degradation.
Area: Corrosion and pitting of tubes and tubesheet (internal/external surfaces)
Check: Perform ultrasonic thickness testing (UT) or eddy current testing (ECT) on tube surfaces and tubesheet. Visual inspection for rust staining, discoloration. Inspect weld seams on shell and tubesheet.
Area: Vibration, noise, and mechanical wear (tube wall thinning, erosion)
Check: Monitor noise/vibration levels during operation. Check tube baffle spacing for deformation. Verify internal fluid velocity within design range. Look for signs of tube/baffle contact.
Area: Gasket, seal, and flange leakage (connection points)
Check: Inspect all gasket/seal surfaces for cracks, brittleness, compression set. Perform pressure test on tube side (no leakage under design pressure). Check bolt torque values.
Area: Pressure drop increase indicating blockage or fouling (shell or tube side)
Check: Measure differential pressure across shell and tube sides separately. Compare to original design specifications. Excessive drop indicates cleaning/overhaul required.

Typ-universelle Inspektionspunkte fuer Heat Exchangers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

Donghwa Entec

19 ✓ 19 verified

DF-20 ✓ verified

Application

Fresh Water Generation for Marine/Industrial

Common Failures & Inspection Points

Typ-universelle Inspektionspunkte fuer Heat Exchangers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

DF-30 ✓ verified

Application

Fresh Water Generation for Marine/Industrial

Common Failures & Inspection Points

Typ-universelle Inspektionspunkte fuer Heat Exchangers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

DF-40 ✓ verified

Application

Fresh Water Generation for Marine/Industrial

Common Failures & Inspection Points

Typ-universelle Inspektionspunkte fuer Heat Exchangers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

COPT Vacuum Condenser ✓ verified

Application

Steam Condensation for Marine Propulsion

Common Failures & Inspection Points

Typ-universelle Inspektionspunkte fuer Heat Exchangers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

Cargo Drain Cooler ✓ verified

Application

LNG Tanker Feed-Water Recovery

Common Failures & Inspection Points

Typ-universelle Inspektionspunkte fuer Heat Exchangers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

Drain Cooler ✓ verified

Application

Marine Steam Condensation & Reuse

Common Failures & Inspection Points

Typ-universelle Inspektionspunkte fuer Heat Exchangers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

Donghwa Entec Air Cooler (Charged Air Cooler)

Air Cooler (Charged Air Cooler) ✓ verified

Application

Marine Main Engine Turbocharger Cooling

Common Failures & Inspection Points

Typ-universelle Inspektionspunkte fuer Heat Exchangers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

HP Vaporizer for RV/FSRU ✓ verified

Application

High-Pressure LNG Re-gasification

Common Failures & Inspection Points

Typ-universelle Inspektionspunkte fuer Heat Exchangers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

Donghwa Entec LNG Vaporizer (BOG/LNG Vapor Duty)

LNG Vaporizer (BOG/LNG Vapor Duty) ✓ verified

Application

LNG Boil-Off Gas & Cargo Vaporization

Common Failures & Inspection Points

Typ-universelle Inspektionspunkte fuer Heat Exchangers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

Donghwa Entec MGO Cooling Unit (In-Direct System)

MGO Cooling Unit (In-Direct System) ✓ verified

Application

Marine Gas Oil Cooling for IMO Regulations

Common Failures & Inspection Points

Typ-universelle Inspektionspunkte fuer Heat Exchangers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

Tank Cleaning Heater ✓ verified

Application

Marine Tank Cleaning Hot Water Supply

Common Failures & Inspection Points

Typ-universelle Inspektionspunkte fuer Heat Exchangers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

Glycol Water Heater ✓ verified

Application

LNG Cargo Tank Temperature Protection

Common Failures & Inspection Points

Typ-universelle Inspektionspunkte fuer Heat Exchangers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

Donghwa Entec Oil Heater (M/E & G/E Fuel Oil Type)

Oil Heater (M/E & G/E Fuel Oil Type) ✓ verified

Application

Marine Engine Fuel Oil Viscosity Control

Common Failures & Inspection Points

Typ-universelle Inspektionspunkte fuer Heat Exchangers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

Donghwa Entec Deaerator (Spray & Tray Type)

Deaerator (Spray & Tray Type) ✓ verified

Application

Feed-Water Oxygen Removal for Power Plants

Common Failures & Inspection Points

Typ-universelle Inspektionspunkte fuer Heat Exchangers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

Donghwa Entec Deaerator (Spray & Scrubber Type)

Deaerator (Spray & Scrubber Type) ✓ verified

Application

Marine Feed-Water Deaeration

Common Failures & Inspection Points

Typ-universelle Inspektionspunkte fuer Heat Exchangers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

Donghwa Entec PCHE (Printed Circuit Heat Exchanger) - H2 Pre Cooler

PCHE (Printed Circuit Heat Exchanger) - H2 Pre Cooler ✓ verified

Application

Hydrogen Refueling Station Pre-Cooling

Common Failures & Inspection Points

Typ-universelle Inspektionspunkte fuer Heat Exchangers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

Ejector Condenser (Plant Application) ✓ verified

Application

Steam Turbine Exhaust Condensation

Common Failures & Inspection Points

Typ-universelle Inspektionspunkte fuer Heat Exchangers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

Donghwa Entec Steam Coil Air Heater (Plant Type)

Steam Coil Air Heater (Plant Type) ✓ verified

Application

Industrial Air Heating for Power Plants

Common Failures & Inspection Points

Typ-universelle Inspektionspunkte fuer Heat Exchangers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

Donghwa Entec Flue Gas GGH Cooler & Reheater

Flue Gas GGH Cooler & Reheater ✓ verified

Application

Industrial Flue Gas Heat Recovery

Common Failures & Inspection Points

Typ-universelle Inspektionspunkte fuer Heat Exchangers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

API Heat Transfer

15 ✓ 15 verified

Basco Type 500 ✓ verified

Application

Industrial cooling, compressor coolers, mining, rail, data centers

Common Failures & Inspection Points

Area: Zinc pencil erosion or oxide deposits
Check: Remove bonnets/heads, inspect zinc pencils for erosion >50% corrosion away, clean to bright surface, replace if necessary
Area: Tube scale, fouling, and deposits
Check: Examine tubes for scale buildup and deposits, clean if necessary using high-velocity water jetting or wire brushes (avoid tube perforation or tube-sheet damage)
Area: Tube wall erosion and corrosion
Check: Carefully examine tubes for signs of erosion or corrosion damage, monitor tube wall thickness to calculate corrosion rate
Area: Tube bundle vibration and separation
Check: Inspect for tube bundle ablation/separation from baffles, check baffle conditions and spacers, verify baffle control integrity
Area: Tubesheet and gasket surface degradation
Check: Inspect tubesheet face, baffle surfaces, gasket sealing surfaces, and floating head (if applicable) for corrosion, erosion, or deformation

Typ-universelle Inspektionspunkte fuer Heat Exchangers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

API Heat Transfer Basco Type HT (Hub Design)

Basco Type HT (Hub Design) ✓ verified

Application

Water-to-water, compressors, fluid power, air dryers, corrosion-resistant applications

Common Failures & Inspection Points

Area: Zinc pencil erosion or oxide deposits
Check: Remove bonnets/heads, inspect zinc pencils for erosion >50% corrosion away, clean to bright surface, replace if necessary
Area: Tube scale, fouling, and deposits
Check: Examine tubes for scale buildup and deposits, clean if necessary using high-velocity water jetting or wire brushes (avoid tube perforation or tube-sheet damage)
Area: Tube wall erosion and corrosion
Check: Carefully examine tubes for signs of erosion or corrosion damage, monitor tube wall thickness to calculate corrosion rate
Area: Tube bundle vibration and separation
Check: Inspect for tube bundle ablation/separation from baffles, check baffle conditions and spacers, verify baffle control integrity
Area: Tubesheet and gasket surface degradation
Check: Inspect tubesheet face, baffle surfaces, gasket sealing surfaces, and floating head (if applicable) for corrosion, erosion, or deformation

Typ-universelle Inspektionspunkte fuer Heat Exchangers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

API Heat Transfer Basco Type AHT (All 316 Stainless Steel)

Basco Type AHT (All 316 Stainless Steel) ✓ verified

Application

Pharmaceutical, food processing, ultra-clean conditions, critical service

Common Failures & Inspection Points

Area: Zinc pencil erosion or oxide deposits
Check: Remove bonnets/heads, inspect zinc pencils for erosion >50% corrosion away, clean to bright surface, replace if necessary
Area: Tube scale, fouling, and deposits
Check: Examine tubes for scale buildup and deposits, clean if necessary using high-velocity water jetting or wire brushes (avoid tube perforation or tube-sheet damage)
Area: Tube wall erosion and corrosion
Check: Carefully examine tubes for signs of erosion or corrosion damage, monitor tube wall thickness to calculate corrosion rate
Area: Tube bundle vibration and separation
Check: Inspect for tube bundle ablation/separation from baffles, check baffle conditions and spacers, verify baffle control integrity
Area: Tubesheet and gasket surface degradation
Check: Inspect tubesheet face, baffle surfaces, gasket sealing surfaces, and floating head (if applicable) for corrosion, erosion, or deformation

Typ-universelle Inspektionspunkte fuer Heat Exchangers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

API Heat Transfer Basco Type HTR (Removable Bundle)

Basco Type HTR (Removable Bundle) ✓ verified

Application

Applications requiring shellside cleaning and bundle replacement

Common Failures & Inspection Points

Area: Zinc pencil erosion or oxide deposits
Check: Remove bonnets/heads, inspect zinc pencils for erosion >50% corrosion away, clean to bright surface, replace if necessary
Area: Tube scale, fouling, and deposits
Check: Examine tubes for scale buildup and deposits, clean if necessary using high-velocity water jetting or wire brushes (avoid tube perforation or tube-sheet damage)
Area: Tube wall erosion and corrosion
Check: Carefully examine tubes for signs of erosion or corrosion damage, monitor tube wall thickness to calculate corrosion rate
Area: Tube bundle vibration and separation
Check: Inspect for tube bundle ablation/separation from baffles, check baffle conditions and spacers, verify baffle control integrity
Area: Tubesheet and gasket surface degradation
Check: Inspect tubesheet face, baffle surfaces, gasket sealing surfaces, and floating head (if applicable) for corrosion, erosion, or deformation

Typ-universelle Inspektionspunkte fuer Heat Exchangers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

API Heat Transfer Basco Type AHTR (All Stainless Steel Removable)

Basco Type AHTR (All Stainless Steel Removable) ✓ verified

Application

316 stainless applications with serviceability requirements

Common Failures & Inspection Points

Area: Zinc pencil erosion or oxide deposits
Check: Remove bonnets/heads, inspect zinc pencils for erosion >50% corrosion away, clean to bright surface, replace if necessary
Area: Tube scale, fouling, and deposits
Check: Examine tubes for scale buildup and deposits, clean if necessary using high-velocity water jetting or wire brushes (avoid tube perforation or tube-sheet damage)
Area: Tube wall erosion and corrosion
Check: Carefully examine tubes for signs of erosion or corrosion damage, monitor tube wall thickness to calculate corrosion rate
Area: Tube bundle vibration and separation
Check: Inspect for tube bundle ablation/separation from baffles, check baffle conditions and spacers, verify baffle control integrity
Area: Tubesheet and gasket surface degradation
Check: Inspect tubesheet face, baffle surfaces, gasket sealing surfaces, and floating head (if applicable) for corrosion, erosion, or deformation

Typ-universelle Inspektionspunkte fuer Heat Exchangers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

API Heat Transfer Basco Type OP (TEMA AEW/BEW)

Basco Type OP (TEMA AEW/BEW) ✓ verified

Application

Power generation, industrial equipment, heavy-duty service

Common Failures & Inspection Points

Area: Zinc pencil erosion or oxide deposits
Check: Remove bonnets/heads, inspect zinc pencils for erosion >50% corrosion away, clean to bright surface, replace if necessary
Area: Tube scale, fouling, and deposits
Check: Examine tubes for scale buildup and deposits, clean if necessary using high-velocity water jetting or wire brushes (avoid tube perforation or tube-sheet damage)
Area: Tube wall erosion and corrosion
Check: Carefully examine tubes for signs of erosion or corrosion damage, monitor tube wall thickness to calculate corrosion rate
Area: Tube bundle vibration and separation
Check: Inspect for tube bundle ablation/separation from baffles, check baffle conditions and spacers, verify baffle control integrity
Area: Tubesheet and gasket surface degradation
Check: Inspect tubesheet face, baffle surfaces, gasket sealing surfaces, and floating head (if applicable) for corrosion, erosion, or deformation

Typ-universelle Inspektionspunkte fuer Heat Exchangers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

API Heat Transfer Basco U-Tube (Generic Type)

Basco U-Tube (Generic Type) ✓ verified

Application

Steam heating, water-to-steam, water-to-water, HVAC, industrial refrigeration

Common Failures & Inspection Points

Area: Zinc pencil erosion or oxide deposits
Check: Remove bonnets/heads, inspect zinc pencils for erosion >50% corrosion away, clean to bright surface, replace if necessary
Area: Tube scale, fouling, and deposits
Check: Examine tubes for scale buildup and deposits, clean if necessary using high-velocity water jetting or wire brushes (avoid tube perforation or tube-sheet damage)
Area: Tube wall erosion and corrosion
Check: Carefully examine tubes for signs of erosion or corrosion damage, monitor tube wall thickness to calculate corrosion rate
Area: Tube bundle vibration and separation
Check: Inspect for tube bundle ablation/separation from baffles, check baffle conditions and spacers, verify baffle control integrity
Area: Tubesheet and gasket surface degradation
Check: Inspect tubesheet face, baffle surfaces, gasket sealing surfaces, and floating head (if applicable) for corrosion, erosion, or deformation

Typ-universelle Inspektionspunkte fuer Heat Exchangers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

API Heat Transfer Model BWS (Water-to-Steam U-Tube)

Model BWS (Water-to-Steam U-Tube) ✓ verified

Application

Water-to-steam heating applications

Common Failures & Inspection Points

Area: Zinc pencil erosion or oxide deposits
Check: Remove bonnets/heads, inspect zinc pencils for erosion >50% corrosion away, clean to bright surface, replace if necessary
Area: Tube scale, fouling, and deposits
Check: Examine tubes for scale buildup and deposits, clean if necessary using high-velocity water jetting or wire brushes (avoid tube perforation or tube-sheet damage)
Area: Tube wall erosion and corrosion
Check: Carefully examine tubes for signs of erosion or corrosion damage, monitor tube wall thickness to calculate corrosion rate
Area: Tube bundle vibration and separation
Check: Inspect for tube bundle ablation/separation from baffles, check baffle conditions and spacers, verify baffle control integrity
Area: Tubesheet and gasket surface degradation
Check: Inspect tubesheet face, baffle surfaces, gasket sealing surfaces, and floating head (if applicable) for corrosion, erosion, or deformation

Typ-universelle Inspektionspunkte fuer Heat Exchangers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

API Heat Transfer Model BW (Water-to-Water U-Tube)

Model BW (Water-to-Water U-Tube) ✓ verified

Application

Water-to-water cooling and heating applications

Common Failures & Inspection Points

Area: Zinc pencil erosion or oxide deposits
Check: Remove bonnets/heads, inspect zinc pencils for erosion >50% corrosion away, clean to bright surface, replace if necessary
Area: Tube scale, fouling, and deposits
Check: Examine tubes for scale buildup and deposits, clean if necessary using high-velocity water jetting or wire brushes (avoid tube perforation or tube-sheet damage)
Area: Tube wall erosion and corrosion
Check: Carefully examine tubes for signs of erosion or corrosion damage, monitor tube wall thickness to calculate corrosion rate
Area: Tube bundle vibration and separation
Check: Inspect for tube bundle ablation/separation from baffles, check baffle conditions and spacers, verify baffle control integrity
Area: Tubesheet and gasket surface degradation
Check: Inspect tubesheet face, baffle surfaces, gasket sealing surfaces, and floating head (if applicable) for corrosion, erosion, or deformation

Typ-universelle Inspektionspunkte fuer Heat Exchangers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

API Heat Transfer Basco Type ES (Extended Surface Plate-Fin)

Basco Type ES (Extended Surface Plate-Fin) ✓ verified

Application

Intercooler, aftercooler, process cooling, data centers

Common Failures & Inspection Points

Area: Zinc pencil erosion or oxide deposits
Check: Remove bonnets/heads, inspect zinc pencils for erosion >50% corrosion away, clean to bright surface, replace if necessary
Area: Tube scale, fouling, and deposits
Check: Examine tubes for scale buildup and deposits, clean if necessary using high-velocity water jetting or wire brushes (avoid tube perforation or tube-sheet damage)
Area: Tube wall erosion and corrosion
Check: Carefully examine tubes for signs of erosion or corrosion damage, monitor tube wall thickness to calculate corrosion rate
Area: Tube bundle vibration and separation
Check: Inspect for tube bundle ablation/separation from baffles, check baffle conditions and spacers, verify baffle control integrity
Area: Tubesheet and gasket surface degradation
Check: Inspect tubesheet face, baffle surfaces, gasket sealing surfaces, and floating head (if applicable) for corrosion, erosion, or deformation

Typ-universelle Inspektionspunkte fuer Heat Exchangers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

API Heat Transfer Basco Hairpin Type SCDP (Separated Closure Double Pipe)

Basco Hairpin Type SCDP (Separated Closure Double Pipe) ✓ verified

Application

Oil and gas, process industries with large temperature/pressure differentials

Common Failures & Inspection Points

Area: Zinc pencil erosion or oxide deposits
Check: Remove bonnets/heads, inspect zinc pencils for erosion >50% corrosion away, clean to bright surface, replace if necessary
Area: Tube scale, fouling, and deposits
Check: Examine tubes for scale buildup and deposits, clean if necessary using high-velocity water jetting or wire brushes (avoid tube perforation or tube-sheet damage)
Area: Tube wall erosion and corrosion
Check: Carefully examine tubes for signs of erosion or corrosion damage, monitor tube wall thickness to calculate corrosion rate
Area: Tube bundle vibration and separation
Check: Inspect for tube bundle ablation/separation from baffles, check baffle conditions and spacers, verify baffle control integrity
Area: Tubesheet and gasket surface degradation
Check: Inspect tubesheet face, baffle surfaces, gasket sealing surfaces, and floating head (if applicable) for corrosion, erosion, or deformation

Typ-universelle Inspektionspunkte fuer Heat Exchangers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

API Heat Transfer Basco Hairpin Type CC (Common Closure)

Basco Hairpin Type CC (Common Closure) ✓ verified

Application

Process industries with lower temperature/pressure differentials

Common Failures & Inspection Points

Area: Zinc pencil erosion or oxide deposits
Check: Remove bonnets/heads, inspect zinc pencils for erosion >50% corrosion away, clean to bright surface, replace if necessary
Area: Tube scale, fouling, and deposits
Check: Examine tubes for scale buildup and deposits, clean if necessary using high-velocity water jetting or wire brushes (avoid tube perforation or tube-sheet damage)
Area: Tube wall erosion and corrosion
Check: Carefully examine tubes for signs of erosion or corrosion damage, monitor tube wall thickness to calculate corrosion rate
Area: Tube bundle vibration and separation
Check: Inspect for tube bundle ablation/separation from baffles, check baffle conditions and spacers, verify baffle control integrity
Area: Tubesheet and gasket surface degradation
Check: Inspect tubesheet face, baffle surfaces, gasket sealing surfaces, and floating head (if applicable) for corrosion, erosion, or deformation

Typ-universelle Inspektionspunkte fuer Heat Exchangers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

API Heat Transfer Basco Hairpin Type AW (All-Welded)

Basco Hairpin Type AW (All-Welded) ✓ verified

Application

Cost-sensitive process applications without need for bundle removal

Common Failures & Inspection Points

Area: Zinc pencil erosion or oxide deposits
Check: Remove bonnets/heads, inspect zinc pencils for erosion >50% corrosion away, clean to bright surface, replace if necessary
Area: Tube scale, fouling, and deposits
Check: Examine tubes for scale buildup and deposits, clean if necessary using high-velocity water jetting or wire brushes (avoid tube perforation or tube-sheet damage)
Area: Tube wall erosion and corrosion
Check: Carefully examine tubes for signs of erosion or corrosion damage, monitor tube wall thickness to calculate corrosion rate
Area: Tube bundle vibration and separation
Check: Inspect for tube bundle ablation/separation from baffles, check baffle conditions and spacers, verify baffle control integrity
Area: Tubesheet and gasket surface degradation
Check: Inspect tubesheet face, baffle surfaces, gasket sealing surfaces, and floating head (if applicable) for corrosion, erosion, or deformation

Typ-universelle Inspektionspunkte fuer Heat Exchangers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

API Heat Transfer Basco Hairpin Type JP (Jacketed Pipe)

Basco Hairpin Type JP (Jacketed Pipe) ✓ verified

Application

Most economical heat transfer solution for general industrial use

Common Failures & Inspection Points

Area: Zinc pencil erosion or oxide deposits
Check: Remove bonnets/heads, inspect zinc pencils for erosion >50% corrosion away, clean to bright surface, replace if necessary
Area: Tube scale, fouling, and deposits
Check: Examine tubes for scale buildup and deposits, clean if necessary using high-velocity water jetting or wire brushes (avoid tube perforation or tube-sheet damage)
Area: Tube wall erosion and corrosion
Check: Carefully examine tubes for signs of erosion or corrosion damage, monitor tube wall thickness to calculate corrosion rate
Area: Tube bundle vibration and separation
Check: Inspect for tube bundle ablation/separation from baffles, check baffle conditions and spacers, verify baffle control integrity
Area: Tubesheet and gasket surface degradation
Check: Inspect tubesheet face, baffle surfaces, gasket sealing surfaces, and floating head (if applicable) for corrosion, erosion, or deformation

Typ-universelle Inspektionspunkte fuer Heat Exchangers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

API Heat Transfer Basco PLAC (Pipeline Aftercooler)

Basco PLAC (Pipeline Aftercooler) ✓ verified

Application

Compressed air systems, moisture and oil removal from compressed air

Common Failures & Inspection Points

Area: Zinc pencil erosion or oxide deposits
Check: Remove bonnets/heads, inspect zinc pencils for erosion >50% corrosion away, clean to bright surface, replace if necessary
Area: Tube scale, fouling, and deposits
Check: Examine tubes for scale buildup and deposits, clean if necessary using high-velocity water jetting or wire brushes (avoid tube perforation or tube-sheet damage)
Area: Tube wall erosion and corrosion
Check: Carefully examine tubes for signs of erosion or corrosion damage, monitor tube wall thickness to calculate corrosion rate
Area: Tube bundle vibration and separation
Check: Inspect for tube bundle ablation/separation from baffles, check baffle conditions and spacers, verify baffle control integrity
Area: Tubesheet and gasket surface degradation
Check: Inspect tubesheet face, baffle surfaces, gasket sealing surfaces, and floating head (if applicable) for corrosion, erosion, or deformation

Typ-universelle Inspektionspunkte fuer Heat Exchangers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

Bloksma (Kelvion Machine Cooling)

10 ✓ 10 verified

K-Type Box Cooler ✓ verified

Application

Marine vessel water cooling (main engines, auxiliary engines, bow thrusters, air conditioning, hydraulic systems)

Common Failures & Inspection Points

Area: Corrosion of tube bundle and seawater-wetted components
Check: Visual inspection of sacrificial anodes for depletion; check for galvanic corrosion on phenolic coating on tubes; verify cathodic protection system effectiveness (ICAF system status if equipped)
Area: Biofouling and seawater blockage reducing heat transfer performance
Check: Remove header/water box for visual inspection of tube bundle exterior; check for biological growth and sediment accumulation; measure pressure drop across cooler as fouling indicator; plan chemical or mechanical cleaning as needed
Area: O-ring seal degradation and circuit intermixing risk
Check: Inspect double O-rings on both sides for cracks, compression set, or extrusion; verify water box gasket condition; test for leakage between circuits (shell-side and tube-side isolation); check for discoloration or weeping at seal points
Area: Tube side and shell side deposits limiting flow and heat transfer
Check: Inspect tube interior for scale, rust, or oil sludge buildup; verify shell-side for sediment and scale accumulation; clean tubes chemically or mechanically per maintenance schedule; verify no internal blockages in water passages
Area: Tube bundle structural integrity and mechanical vibration damage
Check: Check for dents, cracks, or corrosion perforation in tube walls using visual inspection and leak testing; verify baffle spacing and tube support condition; confirm U-bend tube integrity in V-type heaters; inspect for loose or missing components

Typ-universelle Inspektionspunkte fuer Heat Exchangers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

Bloksma (Kelvion Machine Cooling) PF-Type Plate Fin Oil Cooler

PF-Type Plate Fin Oil Cooler ✓ verified

Application

Compact oil cooling for marine and industrial applications

Common Failures & Inspection Points

Area: Corrosion of tube bundle and seawater-wetted components
Check: Visual inspection of sacrificial anodes for depletion; check for galvanic corrosion on phenolic coating on tubes; verify cathodic protection system effectiveness (ICAF system status if equipped)
Area: Biofouling and seawater blockage reducing heat transfer performance
Check: Remove header/water box for visual inspection of tube bundle exterior; check for biological growth and sediment accumulation; measure pressure drop across cooler as fouling indicator; plan chemical or mechanical cleaning as needed
Area: O-ring seal degradation and circuit intermixing risk
Check: Inspect double O-rings on both sides for cracks, compression set, or extrusion; verify water box gasket condition; test for leakage between circuits (shell-side and tube-side isolation); check for discoloration or weeping at seal points
Area: Tube side and shell side deposits limiting flow and heat transfer
Check: Inspect tube interior for scale, rust, or oil sludge buildup; verify shell-side for sediment and scale accumulation; clean tubes chemically or mechanically per maintenance schedule; verify no internal blockages in water passages
Area: Tube bundle structural integrity and mechanical vibration damage
Check: Check for dents, cracks, or corrosion perforation in tube walls using visual inspection and leak testing; verify baffle spacing and tube support condition; confirm U-bend tube integrity in V-type heaters; inspect for loose or missing components

Typ-universelle Inspektionspunkte fuer Heat Exchangers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

Bloksma (Kelvion Machine Cooling) P-Type Oil Cooler

P-Type Oil Cooler ✓ verified

Application

Standard oil cooling for industrial and marine applications

Common Failures & Inspection Points

Area: Corrosion of tube bundle and seawater-wetted components
Check: Visual inspection of sacrificial anodes for depletion; check for galvanic corrosion on phenolic coating on tubes; verify cathodic protection system effectiveness (ICAF system status if equipped)
Area: Biofouling and seawater blockage reducing heat transfer performance
Check: Remove header/water box for visual inspection of tube bundle exterior; check for biological growth and sediment accumulation; measure pressure drop across cooler as fouling indicator; plan chemical or mechanical cleaning as needed
Area: O-ring seal degradation and circuit intermixing risk
Check: Inspect double O-rings on both sides for cracks, compression set, or extrusion; verify water box gasket condition; test for leakage between circuits (shell-side and tube-side isolation); check for discoloration or weeping at seal points
Area: Tube side and shell side deposits limiting flow and heat transfer
Check: Inspect tube interior for scale, rust, or oil sludge buildup; verify shell-side for sediment and scale accumulation; clean tubes chemically or mechanically per maintenance schedule; verify no internal blockages in water passages
Area: Tube bundle structural integrity and mechanical vibration damage
Check: Check for dents, cracks, or corrosion perforation in tube walls using visual inspection and leak testing; verify baffle spacing and tube support condition; confirm U-bend tube integrity in V-type heaters; inspect for loose or missing components

Typ-universelle Inspektionspunkte fuer Heat Exchangers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

Bloksma (Kelvion Machine Cooling) PT-Type Plain Tube Oil Cooler

PT-Type Plain Tube Oil Cooler ✓ verified

Application

Water and oil cooling with standard tube construction

Common Failures & Inspection Points

Area: Corrosion of tube bundle and seawater-wetted components
Check: Visual inspection of sacrificial anodes for depletion; check for galvanic corrosion on phenolic coating on tubes; verify cathodic protection system effectiveness (ICAF system status if equipped)
Area: Biofouling and seawater blockage reducing heat transfer performance
Check: Remove header/water box for visual inspection of tube bundle exterior; check for biological growth and sediment accumulation; measure pressure drop across cooler as fouling indicator; plan chemical or mechanical cleaning as needed
Area: O-ring seal degradation and circuit intermixing risk
Check: Inspect double O-rings on both sides for cracks, compression set, or extrusion; verify water box gasket condition; test for leakage between circuits (shell-side and tube-side isolation); check for discoloration or weeping at seal points
Area: Tube side and shell side deposits limiting flow and heat transfer
Check: Inspect tube interior for scale, rust, or oil sludge buildup; verify shell-side for sediment and scale accumulation; clean tubes chemically or mechanically per maintenance schedule; verify no internal blockages in water passages
Area: Tube bundle structural integrity and mechanical vibration damage
Check: Check for dents, cracks, or corrosion perforation in tube walls using visual inspection and leak testing; verify baffle spacing and tube support condition; confirm U-bend tube integrity in V-type heaters; inspect for loose or missing components

Typ-universelle Inspektionspunkte fuer Heat Exchangers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

Bloksma (Kelvion Machine Cooling) DT-Type Double Tube Cooler

DT-Type Double Tube Cooler ✓ verified

Application

Transformer oil cooling, environmentally sensitive applications with leak detection

Common Failures & Inspection Points

Area: Corrosion of tube bundle and seawater-wetted components
Check: Visual inspection of sacrificial anodes for depletion; check for galvanic corrosion on phenolic coating on tubes; verify cathodic protection system effectiveness (ICAF system status if equipped)
Area: Biofouling and seawater blockage reducing heat transfer performance
Check: Remove header/water box for visual inspection of tube bundle exterior; check for biological growth and sediment accumulation; measure pressure drop across cooler as fouling indicator; plan chemical or mechanical cleaning as needed
Area: O-ring seal degradation and circuit intermixing risk
Check: Inspect double O-rings on both sides for cracks, compression set, or extrusion; verify water box gasket condition; test for leakage between circuits (shell-side and tube-side isolation); check for discoloration or weeping at seal points
Area: Tube side and shell side deposits limiting flow and heat transfer
Check: Inspect tube interior for scale, rust, or oil sludge buildup; verify shell-side for sediment and scale accumulation; clean tubes chemically or mechanically per maintenance schedule; verify no internal blockages in water passages
Area: Tube bundle structural integrity and mechanical vibration damage
Check: Check for dents, cracks, or corrosion perforation in tube walls using visual inspection and leak testing; verify baffle spacing and tube support condition; confirm U-bend tube integrity in V-type heaters; inspect for loose or missing components

Typ-universelle Inspektionspunkte fuer Heat Exchangers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

Bloksma (Kelvion Machine Cooling) V-Type Oil & Water Heater

V-Type Oil & Water Heater ✓ verified

Application

Heating in diesel engines, compressors, and hydraulic systems

Common Failures & Inspection Points

Area: Corrosion of tube bundle and seawater-wetted components
Check: Visual inspection of sacrificial anodes for depletion; check for galvanic corrosion on phenolic coating on tubes; verify cathodic protection system effectiveness (ICAF system status if equipped)
Area: Biofouling and seawater blockage reducing heat transfer performance
Check: Remove header/water box for visual inspection of tube bundle exterior; check for biological growth and sediment accumulation; measure pressure drop across cooler as fouling indicator; plan chemical or mechanical cleaning as needed
Area: O-ring seal degradation and circuit intermixing risk
Check: Inspect double O-rings on both sides for cracks, compression set, or extrusion; verify water box gasket condition; test for leakage between circuits (shell-side and tube-side isolation); check for discoloration or weeping at seal points
Area: Tube side and shell side deposits limiting flow and heat transfer
Check: Inspect tube interior for scale, rust, or oil sludge buildup; verify shell-side for sediment and scale accumulation; clean tubes chemically or mechanically per maintenance schedule; verify no internal blockages in water passages
Area: Tube bundle structural integrity and mechanical vibration damage
Check: Check for dents, cracks, or corrosion perforation in tube walls using visual inspection and leak testing; verify baffle spacing and tube support condition; confirm U-bend tube integrity in V-type heaters; inspect for loose or missing components

Typ-universelle Inspektionspunkte fuer Heat Exchangers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

Bloksma (Kelvion Machine Cooling) PFR-Type Plate Finned Refrigeration Cooler

PFR-Type Plate Finned Refrigeration Cooler ✓ verified

Application

Refrigeration systems using R22 or NH3 refrigerants

Common Failures & Inspection Points

Area: Corrosion of tube bundle and seawater-wetted components
Check: Visual inspection of sacrificial anodes for depletion; check for galvanic corrosion on phenolic coating on tubes; verify cathodic protection system effectiveness (ICAF system status if equipped)
Area: Biofouling and seawater blockage reducing heat transfer performance
Check: Remove header/water box for visual inspection of tube bundle exterior; check for biological growth and sediment accumulation; measure pressure drop across cooler as fouling indicator; plan chemical or mechanical cleaning as needed
Area: O-ring seal degradation and circuit intermixing risk
Check: Inspect double O-rings on both sides for cracks, compression set, or extrusion; verify water box gasket condition; test for leakage between circuits (shell-side and tube-side isolation); check for discoloration or weeping at seal points
Area: Tube side and shell side deposits limiting flow and heat transfer
Check: Inspect tube interior for scale, rust, or oil sludge buildup; verify shell-side for sediment and scale accumulation; clean tubes chemically or mechanically per maintenance schedule; verify no internal blockages in water passages
Area: Tube bundle structural integrity and mechanical vibration damage
Check: Check for dents, cracks, or corrosion perforation in tube walls using visual inspection and leak testing; verify baffle spacing and tube support condition; confirm U-bend tube integrity in V-type heaters; inspect for loose or missing components

Typ-universelle Inspektionspunkte fuer Heat Exchangers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

Bloksma (Kelvion Machine Cooling) NF-Type Oil Cooler

NF-Type Oil Cooler ✓ verified

Application

Oil cooling for oil, gas, and maritime applications

Common Failures & Inspection Points

Area: Corrosion of tube bundle and seawater-wetted components
Check: Visual inspection of sacrificial anodes for depletion; check for galvanic corrosion on phenolic coating on tubes; verify cathodic protection system effectiveness (ICAF system status if equipped)
Area: Biofouling and seawater blockage reducing heat transfer performance
Check: Remove header/water box for visual inspection of tube bundle exterior; check for biological growth and sediment accumulation; measure pressure drop across cooler as fouling indicator; plan chemical or mechanical cleaning as needed
Area: O-ring seal degradation and circuit intermixing risk
Check: Inspect double O-rings on both sides for cracks, compression set, or extrusion; verify water box gasket condition; test for leakage between circuits (shell-side and tube-side isolation); check for discoloration or weeping at seal points
Area: Tube side and shell side deposits limiting flow and heat transfer
Check: Inspect tube interior for scale, rust, or oil sludge buildup; verify shell-side for sediment and scale accumulation; clean tubes chemically or mechanically per maintenance schedule; verify no internal blockages in water passages
Area: Tube bundle structural integrity and mechanical vibration damage
Check: Check for dents, cracks, or corrosion perforation in tube walls using visual inspection and leak testing; verify baffle spacing and tube support condition; confirm U-bend tube integrity in V-type heaters; inspect for loose or missing components

Typ-universelle Inspektionspunkte fuer Heat Exchangers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

Bloksma (Kelvion Machine Cooling) FlowBox Cooler

FlowBox Cooler ✓ verified

Application

Marine vessel water cooling with optimized seawater flow control

Common Failures & Inspection Points

Area: Corrosion of tube bundle and seawater-wetted components
Check: Visual inspection of sacrificial anodes for depletion; check for galvanic corrosion on phenolic coating on tubes; verify cathodic protection system effectiveness (ICAF system status if equipped)
Area: Biofouling and seawater blockage reducing heat transfer performance
Check: Remove header/water box for visual inspection of tube bundle exterior; check for biological growth and sediment accumulation; measure pressure drop across cooler as fouling indicator; plan chemical or mechanical cleaning as needed
Area: O-ring seal degradation and circuit intermixing risk
Check: Inspect double O-rings on both sides for cracks, compression set, or extrusion; verify water box gasket condition; test for leakage between circuits (shell-side and tube-side isolation); check for discoloration or weeping at seal points
Area: Tube side and shell side deposits limiting flow and heat transfer
Check: Inspect tube interior for scale, rust, or oil sludge buildup; verify shell-side for sediment and scale accumulation; clean tubes chemically or mechanically per maintenance schedule; verify no internal blockages in water passages
Area: Tube bundle structural integrity and mechanical vibration damage
Check: Check for dents, cracks, or corrosion perforation in tube walls using visual inspection and leak testing; verify baffle spacing and tube support condition; confirm U-bend tube integrity in V-type heaters; inspect for loose or missing components

Typ-universelle Inspektionspunkte fuer Heat Exchangers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

Bloksma (Kelvion Machine Cooling) N-Type Custom Built Heat Exchanger

N-Type Custom Built Heat Exchanger ✓ verified

Application

Custom large-scale heat exchangers exceeding standard product capabilities

Common Failures & Inspection Points

Area: Corrosion of tube bundle and seawater-wetted components
Check: Visual inspection of sacrificial anodes for depletion; check for galvanic corrosion on phenolic coating on tubes; verify cathodic protection system effectiveness (ICAF system status if equipped)
Area: Biofouling and seawater blockage reducing heat transfer performance
Check: Remove header/water box for visual inspection of tube bundle exterior; check for biological growth and sediment accumulation; measure pressure drop across cooler as fouling indicator; plan chemical or mechanical cleaning as needed
Area: O-ring seal degradation and circuit intermixing risk
Check: Inspect double O-rings on both sides for cracks, compression set, or extrusion; verify water box gasket condition; test for leakage between circuits (shell-side and tube-side isolation); check for discoloration or weeping at seal points
Area: Tube side and shell side deposits limiting flow and heat transfer
Check: Inspect tube interior for scale, rust, or oil sludge buildup; verify shell-side for sediment and scale accumulation; clean tubes chemically or mechanically per maintenance schedule; verify no internal blockages in water passages
Area: Tube bundle structural integrity and mechanical vibration damage
Check: Check for dents, cracks, or corrosion perforation in tube walls using visual inspection and leak testing; verify baffle spacing and tube support condition; confirm U-bend tube integrity in V-type heaters; inspect for loose or missing components

Typ-universelle Inspektionspunkte fuer Heat Exchangers (verifiziert, 2026-06).

Manufacturer Datasheet

Datasheet

GEA

GEA GBS 200 Series unverified

Model Family

GBS 200

Heat Exchanger Type

shell-and-tube_heat_exchanger

Datasheet

GEA GBS 200 200kW LO cooling unverified

Model Family

GBS 200

Heat Exchanger Type

shell-and-tube_heat_exchanger

Capacity (kW)

200

Application

LO cooling

Material

stainless_steel_316

Datasheet

GEA GBS 200 200kW FW cooling unverified

Model Family

GBS 200

Heat Exchanger Type

shell-and-tube_heat_exchanger

Capacity (kW)

200

Application

FW cooling

Material

stainless_steel_316

Datasheet

GEA GBS 200 500kW LO cooling unverified

Model Family

GBS 200

Heat Exchanger Type

shell-and-tube_heat_exchanger

Capacity (kW)

500

Application

LO cooling

Material

stainless_steel_316

Datasheet

GEA GBS 200 500kW FW cooling unverified

Model Family

GBS 200

Heat Exchanger Type

shell-and-tube_heat_exchanger

Capacity (kW)

500

Application

FW cooling

Material

stainless_steel_316

Datasheet

GEA GBS 200 1000kW LO cooling unverified

Model Family

GBS 200

Heat Exchanger Type

shell-and-tube_heat_exchanger

Capacity (kW)

1000

Application

LO cooling

Material

stainless_steel_316

Datasheet

GEA GBS 200 1000kW FW cooling unverified

Model Family

GBS 200

Heat Exchanger Type

shell-and-tube_heat_exchanger

Capacity (kW)

1000

Application

FW cooling

Material

stainless_steel_316

Datasheet

GEA GBS 500 Series unverified

Model Family

GBS 500

Heat Exchanger Type

shell-and-tube_heat_exchanger

Datasheet

GEA GBS 500 500kW Central cooling unverified

Model Family

GBS 500

Heat Exchanger Type

shell-and-tube_heat_exchanger

Capacity (kW)

500

Application

Central cooling

Material

titanium

Datasheet

GEA GBS 500 1000kW Central cooling unverified

Model Family

GBS 500

Heat Exchanger Type

shell-and-tube_heat_exchanger

Capacity (kW)

1000

Application

Central cooling

Material

titanium

Datasheet

GEA GBS 500 2000kW Central cooling unverified

Model Family

GBS 500

Heat Exchanger Type

shell-and-tube_heat_exchanger

Capacity (kW)

2000

Application

Central cooling

Material

titanium

Datasheet

GEA GBS 1000 Series unverified

Model Family

GBS 1000

Heat Exchanger Type

shell-and-tube_heat_exchanger

Datasheet

GEA GBS 1000 1000kW Central cooling unverified

Model Family

GBS 1000

Heat Exchanger Type

shell-and-tube_heat_exchanger

Capacity (kW)

1000

Application

Central cooling

Material

titanium

Datasheet

GEA GEA GBS 1000 1000kW Jacket water cooling

GEA GBS 1000 1000kW Jacket water cooling unverified

Model Family

GBS 1000

Heat Exchanger Type

shell-and-tube_heat_exchanger

Capacity (kW)

1000

Application

Jacket water cooling

Material

stainless_steel_316

Datasheet

GEA GBS 1000 2000kW Central cooling unverified

Model Family

GBS 1000

Heat Exchanger Type

shell-and-tube_heat_exchanger

Capacity (kW)

2000

Application

Central cooling

Material

titanium

Datasheet

GEA GEA GBS 1000 2000kW Jacket water cooling

GEA GBS 1000 2000kW Jacket water cooling unverified

Model Family

GBS 1000

Heat Exchanger Type

shell-and-tube_heat_exchanger

Capacity (kW)

2000

Application

Jacket water cooling

Material

stainless_steel_316

Datasheet

GEA GBS 1000 5000kW Central cooling unverified

Model Family

GBS 1000

Heat Exchanger Type

shell-and-tube_heat_exchanger

Capacity (kW)

5000

Application

Central cooling

Material

titanium

Datasheet

GEA GEA GBS 1000 5000kW Jacket water cooling

GEA GBS 1000 5000kW Jacket water cooling unverified

Model Family

GBS 1000

Heat Exchanger Type

shell-and-tube_heat_exchanger

Capacity (kW)

5000

Application

Jacket water cooling

Material

stainless_steel_316

Datasheet

Onda

Onda TL 10 Series unverified

Model Family

TL 10

Heat Exchanger Type

shell-and-tube_heat_exchanger

Datasheet

Onda TL 10 100kW LO cooling unverified

Model Family

TL 10

Heat Exchanger Type

shell-and-tube_heat_exchanger

Capacity (kW)

100

Application

LO cooling

Material

stainless_steel_316

Datasheet

Onda TL 10 200kW LO cooling unverified

Model Family

TL 10

Heat Exchanger Type

shell-and-tube_heat_exchanger

Capacity (kW)

200

Application

LO cooling

Material

stainless_steel_316

Datasheet

Onda TL 10 500kW LO cooling unverified

Model Family

TL 10

Heat Exchanger Type

shell-and-tube_heat_exchanger

Capacity (kW)

500

Application

LO cooling

Material

stainless_steel_316

Datasheet

Onda TL 20 Series unverified

Model Family

TL 20

Heat Exchanger Type

shell-and-tube_heat_exchanger

Datasheet

Onda TL 20 200kW FW cooling unverified

Model Family

TL 20

Heat Exchanger Type

shell-and-tube_heat_exchanger

Capacity (kW)

200

Application

FW cooling

Material

stainless_steel_316

Datasheet

Onda TL 20 200kW Central cooling unverified

Model Family

TL 20

Heat Exchanger Type

shell-and-tube_heat_exchanger

Capacity (kW)

200

Application

Central cooling

Material

titanium

Datasheet

Onda TL 20 500kW FW cooling unverified

Model Family

TL 20

Heat Exchanger Type

shell-and-tube_heat_exchanger

Capacity (kW)

500

Application

FW cooling

Material

stainless_steel_316

Datasheet

Onda TL 20 500kW Central cooling unverified

Model Family

TL 20

Heat Exchanger Type

shell-and-tube_heat_exchanger

Capacity (kW)

500

Application

Central cooling

Material

titanium

Datasheet

Onda TL 20 1000kW FW cooling unverified

Model Family

TL 20

Heat Exchanger Type

shell-and-tube_heat_exchanger

Capacity (kW)

1000

Application

FW cooling

Material

stainless_steel_316

Datasheet

Onda TL 20 1000kW Central cooling unverified

Model Family

TL 20

Heat Exchanger Type

shell-and-tube_heat_exchanger

Capacity (kW)

1000

Application

Central cooling

Material

titanium

Datasheet

Onda TL 50 Series unverified

Model Family

TL 50

Heat Exchanger Type

shell-and-tube_heat_exchanger

Datasheet

Onda TL 50 500kW Central cooling unverified

Model Family

TL 50

Heat Exchanger Type

shell-and-tube_heat_exchanger

Capacity (kW)

500

Application

Central cooling

Material

titanium

Datasheet

Onda TL 50 1000kW Central cooling unverified

Model Family

TL 50

Heat Exchanger Type

shell-and-tube_heat_exchanger

Capacity (kW)

1000

Application

Central cooling

Material

titanium

Datasheet

Onda TL 50 2000kW Central cooling unverified

Model Family

TL 50

Heat Exchanger Type

shell-and-tube_heat_exchanger

Capacity (kW)

2000

Application

Central cooling

Material

titanium

Datasheet

Onda TL 50 5000kW Central cooling unverified

Model Family

TL 50

Heat Exchanger Type

shell-and-tube_heat_exchanger

Capacity (kW)

5000

Application

Central cooling

Material

titanium

Datasheet

Kelvion

Kelvion KS 200 Series unverified

Model Family

KS 200

Heat Exchanger Type

shell-and-tube_heat_exchanger

Datasheet

Kelvion KS 200 200kW LO cooling unverified

Model Family

KS 200

Heat Exchanger Type

shell-and-tube_heat_exchanger

Capacity (kW)

200

Application

LO cooling

Material

stainless_steel_316

Datasheet

Kelvion KS 200 200kW FW cooling unverified

Model Family

KS 200

Heat Exchanger Type

shell-and-tube_heat_exchanger

Capacity (kW)

200

Application

FW cooling

Material

stainless_steel_316

Datasheet

Kelvion KS 200 500kW LO cooling unverified

Model Family

KS 200

Heat Exchanger Type

shell-and-tube_heat_exchanger

Capacity (kW)

500

Application

LO cooling

Material

stainless_steel_316

Datasheet

Kelvion KS 200 500kW FW cooling unverified

Model Family

KS 200

Heat Exchanger Type

shell-and-tube_heat_exchanger

Capacity (kW)

500

Application

FW cooling

Material

stainless_steel_316

Datasheet

Kelvion Kelvion KS 200 1000kW LO cooling

Kelvion KS 200 1000kW LO cooling unverified

Model Family

KS 200

Heat Exchanger Type

shell-and-tube_heat_exchanger

Capacity (kW)

1000

Application

LO cooling

Material

stainless_steel_316

Datasheet

Kelvion Kelvion KS 200 1000kW FW cooling

Kelvion KS 200 1000kW FW cooling unverified

Model Family

KS 200

Heat Exchanger Type

shell-and-tube_heat_exchanger

Capacity (kW)

1000

Application

FW cooling

Material

stainless_steel_316

Datasheet

Kelvion KS 500 Series unverified

Model Family

KS 500

Heat Exchanger Type

shell-and-tube_heat_exchanger

Datasheet

Kelvion Kelvion KS 500 500kW Central cooling

Kelvion KS 500 500kW Central cooling unverified

Model Family

KS 500

Heat Exchanger Type

shell-and-tube_heat_exchanger

Capacity (kW)

500

Application

Central cooling

Material

titanium

Datasheet

Kelvion Kelvion KS 500 1000kW Central cooling

Kelvion KS 500 1000kW Central cooling unverified

Model Family

KS 500

Heat Exchanger Type

shell-and-tube_heat_exchanger

Capacity (kW)

1000

Application

Central cooling

Material

titanium

Datasheet

Kelvion Kelvion KS 500 2000kW Central cooling

Kelvion KS 500 2000kW Central cooling unverified

Model Family

KS 500

Heat Exchanger Type

shell-and-tube_heat_exchanger

Capacity (kW)

2000

Application

Central cooling

Material

titanium

Datasheet

Kelvion KS 1000 Series unverified

Model Family

KS 1000

Heat Exchanger Type

shell-and-tube_heat_exchanger

Datasheet

Kelvion Kelvion KS 1000 1000kW Central cooling

Kelvion KS 1000 1000kW Central cooling unverified

Model Family

KS 1000

Heat Exchanger Type

shell-and-tube_heat_exchanger

Capacity (kW)

1000

Application

Central cooling

Material

titanium

Datasheet

Kelvion Kelvion KS 1000 2000kW Central cooling

Kelvion KS 1000 2000kW Central cooling unverified

Model Family

KS 1000

Heat Exchanger Type

shell-and-tube_heat_exchanger

Capacity (kW)

2000

Application

Central cooling

Material

titanium

Datasheet

Kelvion Kelvion KS 1000 5000kW Central cooling

Kelvion KS 1000 5000kW Central cooling unverified

Model Family

KS 1000

Heat Exchanger Type

shell-and-tube_heat_exchanger

Capacity (kW)

5000

Application

Central cooling

Material

titanium

Datasheet