Pumps, Fire-Fighting Systems and BWTS

• SW cooling pump
• FW cooling pump
• Ballast pump
• Fire pump
• Bilge pump
• HVAC
• Fuel Oil Transfer
• Fuel Feed and Booster
• Lube Oil

* Add two working days for certification from major classification societies, if needed.

Their Super Duplex stainless steel pumps are designed for pumping aggressive chemical liquids in exhaust gas cleaning systems.

The NDW pumps from DESMI are energy efficient and well proven for pumping every media from LPG, to LEG over a wide range of chemicals, through to CO₂.

The DESMI Fixed Fire-Fighting system is developed to suppress or extinguish fire at an early stage before releasing the total flooding system as required by SOLAS Ch.II-2/Reg.10.5.6.1&2 for ships constructed on and after 1st July 2002. The FineFogTM water mist has a highly suffocating and cooling effect and with the DESMI FineFogTM you can therefore protect the inflammable objects in accordance with SOLAS requirements (e.g. main engine top, auxiliary engine top, heated fuel oil purifier, oil fired boiler front, incinerator burner, oil fired inert gas generator etc) without having to shut down engine, evacuate personnel or seal off space.

DESMI Water Sprinkler System is a conventional sprinkler system designed as a so-called wet pipe system. A wet pipe sprinkler system is fixed fire protection using piping filled with pressurized water supplied from a dependable source. The sprinkler system is an automatic wet pipe fire extinguishing system. The system is installed in accommodation space and other service areas on the vessels such as passenger ships, car ferries, accommodation barges, offshore support vessels, large boats or yachts.

The DESMI fixed low expansion foam fire-fighting system is developed to protect the oil and chemical tanker deck areas, helidecks or other open deck areas (e.g. bow/stern loading areas) as well as closed horizontal spaces (e.g. streamer reel, purifier room).

Water is an ideal extinguishing medium for many shipboard applications, it is conveniently accessible, has great heat absorbing capabilities and can be used on a variety of fires.

Are you looking for a ballast water management system that can be installed easily and without relocating other equipment? CompactClean is the answer! Almost as easy as plug and play! It is the first ballast water management systems on the market that combines very low space with large flow rates. Only 3.0 m2 / 30 sqft is necessary for a 1000 m3/h / 4403 gpm system + 0.84 m2 / 9 sqft for the electrical panel, which can however be placed up to 100 m / 328 ft away from the system itself. The operation of the system is based purely on mechanical treatment and therefore it does not involve any use of chemicals or active substances. This eliminates risks of hazards to crew, vessel or the environment. First treatment step is filtration, second step is UV treatment. During de-ballasting, UV treatment is repeated, but the filtration step is skipped.

CompactClean has no salinity or temperature limitations. The CompactClean BWMS has both IMO and USCG type approval, and the BWMS operates in the exact same way both inside and outside US Territory at record-breaking low UV transmission values! This enables compliant performance anywhere in the world in even very dirty and challenging water conditions. This superior performance comes from the unique and patent pending shape of the UV chamber, which has been carefully developed and optimized through hundreds of state-of the-art CFD (Computational Fluid Dynamics) simulations.

More and more vessels are equipped with the DESMI OptiSave™ energy saving system and OptiPower power quality system for energy savings and maximum performance of their electrical network by optimizing pumps and fan speed to current condition, applicable for:

A. Pump control system

• Main SW pumps
• LTFW pumps
• Reefer SW Cooling water pumps
• AUX SW Cooling water pumps
• Cargo SW cooling water pumps

B. Fan control system:

• Engine room
• Cargo room

C. Cargo pump control system

D. Tank washing pump control system