ACTIVE FIRE FIGHTING SYSTEMS
FIRE PREVENTION SYSTEMS
02 PRODUCT PORTFOLIO 03
Contents
ACTIVE FIRE FIGHTING SYSTEMS
FIRE PREVENTION SYSTEMS
Company description
• Designs, engineers and manufactures Active Fire Fighting systems
and Fire Prevention systems
• Single source and international after market and service engineering
• Target industries include the offshore /onshore oil & gas, maritime
and petro-chemical industries with a proven track record
• Industry leading ETech Nitrogen Generator
Water Mist Engineering AS does engineering and
manufacturing of Active Fire Fighting systems and
Fire Prevention system. Through the years the
company has become a single source, full-service
and product supplier of Fire Protection systems.
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Product portfolio
Engineering services
Active Fire Fighting systems
Fire Prevention systems
Past projects / References
Active Fire Fighting Systems
WATER SUPPRESSION
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Fire Prevention Systems
CHEMICAL SUPPRESSION
Water mist systems
Deluge valve systems
Sprinkler systems
Monitors
Hydrants
Hose & Hose reels
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Fire Prevention Systems
Powder systems
Powder monitors
Dual agent (foam & powder)
Central foam system
Active Pressure Pulse
Compensator (APPC)
Deck Integrated Fire
Fighting System (DIFFS)
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Our commitments to excellence are based upon an
extensive experience within Fire engineering, System
building, Process product and Systems development
within air-gas separation, services and commissioning.
WME focuses on delivering innovative engineering services
as well as cost efficient and high quality Fire Protection
systems. WME is experienced in delivering projects
according to leading international standards like NORSOK,
DNV, NFPA, BV etc.
WME holds numerous references within Maritime &
Offshore installations as well as chemical industry
systems worldwide.
These are our commitments to you!
SERVICE AND MAINTENANCE
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Spare parts
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Maintenance
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Repairs
LNG & LPG systems
Marine Nitrogen systems
Offshore Nitrogen systems
FPSO Nitrogen systems
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ACTIVE FIRE FIGHTING
SYSTEMS >
Engineering services
WME offers engineering services as an in-house project,
as a part of a project team or at customer locations.
WME designs systems according to all types of regulations.
Our employees are qualified to produce professional technical specifications within the following areas:
Studies
Planning
Consequence
Function
Availability
Feasabilty
Fire risk consideration
Fire protection type
Installation
Supervising
Calculation
Execution
Hydraulic calculation
Fire water calculation
Static and transient analysis
Foam calculation
Gas calculation
Safety plot plan
System design
Piping and instrumentation diagram
General arrangement
Nozzle location
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ACTIVE FIRE FIGHTING SYSTEMS 07
Water Mist Systems
Deluge Sprinkler Systems
WME Water Mist System is an efficient low flow water mist system,
tested by SINTEF – NBL (Norwegian Fire Research Laboratory)
and approved by FM
WME is a supplier of all types of deluge systems in several materials.
Single or multi zone with on/off or pressure regulating deluge valves.
Foam mixing equipment and foam tank integrated in a heated cabinet or on a frame.
WME Water Mist is a low pressure
(4 - 10 Bar) single fluid system.
The nozzle has a fail-safe
construction and is approved for
fresh and sea water.
• Low pressure
• Single fluid
• Extremely low water flow
• Firewater backup
• Safe construction
The deluge valve skid may
be delivered with foam mixing
equipment for fixed or variable flows.
Application
Approvals
WME Water Mist Systems have
a number of firefighting applications:
• Engine room
• Turbine room
• Diesel room
• Pump room
• Thruster room
• Computer room
• Cabin room
• Accommodation
• Helicopter hangar
• Galley hood
• Tunnel
• Power transformer
• Prison cell
WME Water Mist nozzles have numerous
full-scale fire tests and approvals:
• IMO 913
• IMO 668/ 728
• IMO 1165
• IMO A800
• FM
• DNV, BV, ABS, USCG, RINA etc.
System
Water Mist Systems consists of:
• Pressurized water vessel
• Fire ring main connection
• Electrical pump
• Pneumatic pump
The foam supply can be from
a separate tank beside or inside
the deluge cabinet or a central foam
system.
Deluge nozzles
WME has designed it’s own FM approved
nozzles. Nozzles can be supplied in all
types of materials. WME also makes the
nozzle placement and fire/foam ring main
calculation.
Approvals
DNV, BV, ABS, Etc.
• Standard or tailor-made
• Single or multi-zone skid
• Well proven design
• All type of materials:
Galvanized steel, CuNi, titanium,
SS316, GRE, super duplex
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Fire monitors
WME supplies monitors for
several applications; manually
operated, self-oscillating and
remote operated monitors with or without foam.
All systems are specially designed
according to client specifications.
• Manually operated
• Self oscillating
• Remote operated
• Electrical
• Pneumatic / hydraulic driven
• Material: Galvanized steel, CuNi,
titanium, SS316, bronze
Approvals
Fire monitors have a number of different
approvals.
ACTIVE FIRE FIGHTING SYSTEMS 09
Fire hoses, hydrants
and extinguishers
WME supplies hose reels and
hydrants for various applications.
Hose reel systems can be supplied in all
types of materials and with several types
of nozzles for different uses. From small
accommodation reels (recessed or wall
mounted) to large deck mounted hose reels
with pressure regulation valve, foam mixing
equipment and foam tank installed into a
heated cabinet. Hydrants are delivered as
on/off type or pressure regulation type in
several materials.
The hydrant valves can be installed inside
a heated cabinet together with necessary
equipment such as, hoses, nozzles, foam
mixing equipment and foam.
• Fixed or swinging type
• Hose reels with foam tank included
• Hose reels with space for extinguisher
• Standard or tailor made
• Material: Galvanized steel, CuNi,
titanium etc.
Approvals
WME Hose reels can be supplied with a
number of approvals.
Gaseous systems
Dual Agents
Foam / Powder systems
A gaseous system is a fixed fire
suppression system, effective
against fires of almost all
types of combustible material.
Particularly suitable for use
in areas where water, foam or
powder would be unacceptable.
Dual agents are extremely
efficient as a combination of
powder and foam/ water to
extinguish fires. They are often
used on helidecks.
WME supplies all types of foam
and powder systems. These can
be built up around a central or
distributed system.
Inert gases, except for CO2, are not
dangerous for humans. The system can be
single or multi-zone.
WME supplies all types of gaseous systems:
• INERGEN
• FM200
• Novec
• CO2
• Standard or tailor-made
• Manual, electric or pnumatic release
• Single or multi-zone system
Approvals
Gaseous systems have a number of
different approvals.
Dual agent foam and powder systems can
be delivered with all types of connections,
such as:
• Stand alone
• Fire ring connection
• Foam ring connection
• Powder connection
Alternative versions:
• With or without water connection
• With or without foam connection
• Blast load cabinet
• Foam and 250kg powder for 120 sec.
• Material: SS316, bronce, titanium etc.
Foam:
AFFF 1%, 3%, 6%
AFFF AR 1%, 3%, 6%
Powder:
• ABC
• BC
• D
Approvals
Foam and powder systems have many types
of approvals, such as: DNV, BV, ABS etc.
Deck Integrated Fire
Fighthing System (DIFFS)
WME DIFFS is used to extinguish
fires on helidecks, in both the
helicopter as well as a hydro carbon pool-fire on the deck.
WME DIFFS unit consists of a deluge valve,
pop-up nozzles and foam storage tank.
The pop-up nozzles are distributed evenly
across the helideck.
Pop-up nozzle is installed to give a water
denisty of 6,5 or 10 lpm/m2.
WME pop-up nozzle is specially designed
for the Arctic environment.
• Material: SS316, Titanium etc.
10 ACTIVE FIRE FIGHTING SYSTEMS
Active Pressure Puls
Compensator (APPC)
Vacuum in fire-water pipes
after fire-water release is a
serious problem, particularly
in high firewater risers. The
APPC alleviates this problem by
injecting com pres ed air into the
fire ring main.
WME APPC is specially designed and tuned
for each project.
• Material: SS316, bronze, titanium etc.
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Utility Stations
WME utility stations are specially
designed according to client
specifications.
WME supplies all types of utility stations:
• Outdoor Utility Stations
• Indoor Utility Stations
• Diesel Filling Utility Stations
The hose reels are offered according to the
specifications provided.
• N1- Plant air hose reel
• N2- Fresh water hose reel
• N3- HP service water hose reel
• N4- Nitrogen hose reel
• N5- Diesel hose reel
All the valves, tubing and fittings can be
provided in SS316 or 6MO as required.
Life Saving Equipment
and Cabinets
WME Life Saving Equipment’s
and cabinets are specially
designed according to client
specifications.
WME supplies all types of Life Saving
Equipment’s and cabinets:
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Fireman’s Equipment Cabinet
Helideck emergency set/Crash
Cabinet
MOB Cabinet
Smoke hood with cabinet
Life Jackets with cabinet
Safety station cabinet
Survival suit cabinet
Lifebuoy with cabinet
Eyewash And Safety Shower
Portable self-contained gravity
eyewash
Stretchers (Scoop and Basket Type)
Self-Contained Breathing Apparatus
(SCBA)
Personnel transport capsule
Personnel Transfer Basket
CO2 Extinguishers
Dry Chemical Extinguishers
Foam Extinguishers
First Aid Kit
Electrical Safety Kit
Scramble Net
Distress Kit
Fire Blanket
Eye wash bottles
Chemical Protection suit
Quick Descent Device
Immersion suit
Grab bag
Insulated grab hook stick
Radioactive storage cabinet
FIRE PREVENTION
SYSTEMS >
12 FIRE PREVENTION SYSTEMS
FIRE PREVENTION SYSTEMS 13
ETech Nitrogen generators
WME manufactures on-site nitrogen generation systems utilizing
membrane air separation technology. These nitrogen generation
systems are used for inerting, blanketing, and purging of chemicals
and other cargos.
ETech membrane modules contain thousands of hair-like membranes that
collectively separate large amounts of high purity, dry nitrogen directly
from compressed air, which may be applied to prevent degradation of cargo
sensitive to oxygen, moisture or combustion by-products. The dry gas from
these systems are also ldeal as non-freezing, non-corrosive instrument gas,
and for drying of cofferdams.
Advantages:
• Low cost with on-site generation,
saves up to 50%
• Wide capacity range
• Dry nitrogen, dewpoint
@ atm. pressure 70°C
• Purity 95-99,9%
• Easy to install, operate and maintain.
LNG -and LPG
Systems
Marine Nitrogen
systems
Offshore Nitrogen
systems
Regeneration
The N2 generating plants
normally located in the engine
room consist of feed air
compressor, membrane filtering
unit, nitrogen buffer tank and
control/monitoring panel
including valve/fittings.
WME Marine Nitrogen systems
cover a wide range of capacities
and nitrogen purities. The
membrane based systems
generate clean, dry gaseous
nitrogen up to 99,9% purity from
compressed air.
ETech Offshore Nitrogen
systems cover a wide range
of capacities and nitrogen
purities. The membrane systems
generate clean, dry gaseous
nitrogen up to 99,9% purity from
compressed air.
WME may offer a method for regeneration of air-gas separation membranes, a technique which up until
now has not been available in the market.
LNG
ENG M
ETECH MEMBRANE
The nitrogen generating plant can serve
various purposes such as supply of nitrogen
gas into the insulation void spaces, for
purging of fuel gas line in engine room,
for purging of cargo liquid line, vapor line,
gas line, vent masts and related cargo
equipment as well as for sealing of the
penetration shaft and shaft seal of high duty
and low duty compressors. The insulation
void spaces normally is to be pressurized/
maintained by nitrogen vapor from the
nitrogen generator and vented to the
atmosphere through vent control valves.
The ENG M systems (designed for Chemical
tankers) and ENG systems (designed for
Offshore supply vessels) consist of free
standing feed air compressors and fully
automated Nitrogen generation units.
The latest PLC systems are applied for
control of product qualities and for signal
output to ship integrated control systems.
Product purity is automatically monitored
and controlled. If the product purity is not
maintained, the generated nitrogen will be
vented automatically.
The ETech membrane systems has a high
capacity to weight relationship compared
with other non-cryogenic sources.
Etech membrane systems are relatively
lightweight and compact, enabling them to
fit into places where space is limited. The
systems are portable, stand alone units that
require only supply of dry, compressed air.
These computerized, automated process
control systems are an ideal choice for
applications requiring purities up to 99,9%,
as well as extremely precise control
capability, data logging, or remote operation
and communication. These systems can be
applied within a wide capacity range.
Membrane produced nitrogen can be
supplied over a wide range of purities.
Modular system design allows for system
expansion with the addition of modules,
increasing nitrogen capacity as your
requirements change. System layouts can
be configurated to meet the most unique
site requirements.
For years it has been a well-known
problem that membranes may often
be exposed to contamination, and as
a consequence will become deficient
in terms of performance. Air-gas
separation membranes are sensitive
to contaminations from hydrocarbon
aerosols/liquid (i.e. oil products) in
the sense that such contamination
cannot be removed nor can the
membrane be regenerated, without
running the risk of destroying
the membrane. Most membrane
based nitrogen generators have
traditionally been equipped with oil
lubricated feed air compressors,
which increases the risk of oil
contamination of the membranes.
Traditionally, this problem has been
dealt with by applying traditional
filtration techniques upstream the
membrane. These techniques,
combined with increasing the feed
air temperature after filtration,
results in a gap between the actual
temperature of oil and water vapor
versus dew point temperature of
these, thus avoiding condensation
of vapor. Even though filtration
equipment is installed, there
will always be a risk of oil vapor
carryover into the membrane. One
of the situations that may contribute
to this risk is that the traditional
air-gas separation membrane
normally has a recommended
max. operating temperature of 50
°C. The compressor cooling water
available may have a temperature
of 36 °C, which, owing to the feed
air temperature rise across the
compressor, may result in a feed air
temperature of as much as 46 °C,
prior to the temperature increase
required to avoid vapor condensation.
This leaves us with a temperature
gap of only 6 °C, which is not enough
to avoid vapor condensation, because
there is a temperature drop higher
that this across the membrane,
during the separation process.
With the new ETech membranes,
these problems are avoided,
because, at first, the membrane
material, polyamide, consists of
a single composition, and not, as
many other membranes, a dual
composition, where the governing
membrane is a thin layer applied
on to a substructure. The two layers
are normally of different materials.
The polyamide may withstand a
much higher temperature (typically
as much as 130 °C), and may
easily operate at a temperature
of 60 °C, thus avoiding the risk of
vapor condensation owing to lower
operating temperatures. If however,
there should be a vapor carryover,
due to filtration failure or excess
oil carryover from compressor,
then the ETech membranes may be
regenerated. WME can therefore
offer an exchange arrangement,
provided that ETech membranes
are already installed. It is quite
apparent, the cost savings in such
an arrangement, as opposed to
purchasing brand new membranes.
The Life Cycle Cost of Nitrogen
generators can be reduced with
as much as 60% compared to a
normal membrane set up, and will
also contribute to increased safety,
in terms of regularity and system
capacity.
LGP
The nitrogen generating plant can serve
various purposes such as supply of nitrogen
gas into the insulation void spaces, for
purging of fuel gas line in engine room,
for purging of cargo liquid line, vapor line,
gas line, vent masts and related cargo
equipment as well as for sealing of the
penetration shaft and shaft seal of high duty
and low duty compressors. The insulation
void spaces normally is to be pressurized/
maintained by nitrogen vapor from the
nitrogen generator and vented to the
atmosphere through vent control valves.
WME Marine Nitrogen systems are based
on modular design principles. Membrane
modules can be added or replaced in order
to upgrade the system in rated capacity
after initial installation. This design
principle allows for system expendability,
in most cases without the need of
replacing the existing system. Furthermore
light weight and compact design of the
membranes allow us to transport and
install the Nitrogen systems easily to a wide
range of process application and in various
locations and conditions.
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References
Heimdal - Statoil
Valemon - Statoil
Ekofisk L - Conoco Phillips
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Offshore Nitrogen Generator System,
Capacity: 425 Sm3/h at 97% N2
Includes Dedicated Feed Air
Compressor with Adsorption Dryer
Includes 130 bar N2 Booster for
storage to existing N2 Tanks
Indoor and Outdoor Utility Stations
Life saving equipment
Misc. Fire fighting equipment
Deluge Skids (DIFFS)
Water Mist Skids
Hosereels, Hydrants and Monitors
Dual Agent Hosereel Units
BENEFITS
• 60% Life Cycle Cost reduction with regeneration of membranes
• Minimum energy usage with application of ETech Nitrogen Generators
• 50% less footprint
Bourbon Offshore
Hyundai Heavy Industries
Ekofisk Z - Conoco Phillips
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20 Supply Vessels
Type: ENG 11, Capacity: 27 m3/h at
95% N2
Includes Feed Air Compressor, N2
Receiver, N2 Booster, Bottle Rack and
Pressure Reduction System
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4 Drill Ships
Type: ENG 190, Capacity: 500 Nm3/h
at 95% N2
Includes Feed Air Compressor, N2
Receiver, and Pressure Reduction
System
Multi-valve Deluge Skids
Foam Tank
Hosereels, Hydrants and Monitors.
Ulstein Design
Aasta Hansteen - Statoil
Martin Linge - Total
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2 Offshore Supply Vessels
Includes N2 Receiver and Pressure
Reduction System
Type: ENG 45, Capacity: 100 m3/h at
97% N2
Misc. Fire fighting equipment
Life saving equipment
Multi-valve Deluge Skids
Sprinkler Skids
WME.NO
Water Mist Engineering AS
Lohnelia 70
4640 Søgne, Kristiansand
Norway
ETECH BRAND NAME IS OWNED BY WATER MIST ENGINEERING AS
XPRESSPRINT.NO
Phone +47 38 01 90 70
Fax +47 38 01 90 71
[email protected]