Galley Equipment
Galley equipment on a working ship answers to two masters at once: food safety standards written for a shore kitchen, and a structure that has to survive rolling, vibration and a permanently salt-laden atmosphere.
Read more — Galley Equipment explained ▾
What makes this type
Galley equipment covers the cooking, food preparation, dishwashing and storage machinery serving the crew mess, distinct from cold-chain refrigeration that falls under provision store cooling and from potable water calorifiers that serve the whole accommodation. What separates marine galley kit from its shore equivalent is mounting and containment: ranges, ovens and mixers need fiddle rails, gimbal mounts or floor bolting to survive a seaway, and every open flame or hot surface needs a containment strategy that a shore kitchen never has to consider.
Main components
Cooking equipment
Electric or, less commonly now, gas-fired ranges, ovens, griddles and steam-jacketed kettles. Marine ranges are almost always electric because gas bunkering and storage on a working cargo or crew-carrying vessel introduces a hazard most operators avoid outside dedicated LNG-fuelled ships. Fiddle rails and pot restraints are standard fittings, not options.
Refrigeration and storage
Walk-in chill and freeze rooms, reach-in refrigerators, and dry stores shelving designed to resist condensation and corrosion. These interface with the ship's central refrigeration plant on larger vessels or run self-contained compressors on smaller ones.
Dishwashing and hygiene equipment
Commercial dishwashers rated for the mess size, hand-wash stations with non-touch taps, and grease traps in the galley drainage line, which are a recurring point of failure if not sized to the crew count.
Selection and sizing
- Crew or passenger headcount driving oven, range and dishwasher throughput
- Power supply: most galley equipment on a 440V or 220V ship's supply needs correct voltage and phase matching, and load has to be checked against the galley's dedicated switchboard section
- Mounting method for the vessel's expected motion envelope, gimbal for smaller craft, bolted fiddle rails for larger ones
- Ventilation and grease extraction capacity matched to the cooking equipment's heat and smoke output
Regulations and class
The Maritime Labour Convention sets minimum standards for galley and mess facilities, including space, equipment and hygiene provisions for crew welfare. SOLAS Chapter II-2 fire safety requirements apply directly to galley cooking equipment: fixed fire-extinguishing systems over deep-fat fryers and ranges, fire dampers in extraction ducting, and grease filter maintenance intervals are all subject to survey. Food safety practice generally follows HACCP principles even though it is not always a flag-state statutory requirement, because port state and charterer inspections increasingly check for it.
Typical faults
| Fault | Consequence |
|---|---|
| Grease build-up in extraction ductwork | Fire risk that SOLAS fixed systems are designed around but that regular cleaning is meant to prevent in the first place |
| Corroded refrigeration door seals | Ice build-up, temperature excursions in chill or freeze stores, food safety non-conformity |
| Loose or missing fiddle rails | Equipment and cookware shifting in a seaway, a recognised galley injury cause |
| Undersized dishwasher for crew count | Staff resort to hand-washing without proper sanitising temperature, defeating the hygiene design intent |
What to look for in a supplier
- Marine-certified equipment with documented resistance to vibration and motion, not a rebadged domestic or shore-catering unit
- Correct voltage, frequency and phase configuration confirmed against the ship's electrical system before ordering
- Stainless steel grades suited to a salt-air environment rather than a generic catering-grade finish
- Availability of spare parts and service support in the ports the vessel actually calls at
Check fiddle rail and gimbal mount condition at every port call, not just during dry dock; loose fittings are the most common galley finding on a routine safety walk-round.
3 manufacturers · 3 models
Electrolux Professional Marine (Sweden)
1- Cooking Range
- Combi Oven
- Washer-Extractor
- Dryer
- Heating element failure
- Washer-extractor bearing wear from ship motion
- Dryer drum belt wear
- Steam connection leak
- Control board failure from humidity
Hobart / Illinois Tool Works (USA/Germany)
1- Hobart AM
- Hobart FT
- Hobart Mixer
- Wash pump motor failure
- Heating element burnout
- Door seal deterioration
- Rinse aid dosing pump failure
- Drain valve blockage
Metos / Ali Group (Finland/Italy)
1- Proveno Cooking Range
- Proveno Oven
- Dishwasher
- Cold Room
- Heating element burnout in ovens/ranges after 5,000-10,000 hrs
- Dishwasher pump seal failure from detergent corrosion
- Tilting kettle hydraulic cylinder seal leak
- Steam valve corrosion/seizure
- Thermostat failure causing overheating
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