A power station, also referred to as a power plant, is an industrial facility for the generation of electric power. Most power stations contain one or more generators, a rotating machine that converts mechanical power into electrical power. The relative motion between a magnetic field and a conductor creates an electrical current. The energy source used to turn the generator / turbines varies widely. Most power plants in the world burn fossil fuels such as coal, oil, and natural gas to generate electricity. Some others use nuclear power, but there is an increasing awareness to the use of cleaner renewable sources such as solar, wind, wave and hydroelectric.
Situation
Ingress of air borne contaminants such as dust, sand, alkali, metal salts, acid gases etc. in to the rotating turbo machinery can cause severe damages by erosion, fouling, cooling air passage blocking and hot corrosion of the turbine section components. Further, most of power plants are to be operated with most minimal downtime possible to avoid huge monetary losses. Also, clean & conditioned air plays a vital role in increasing the overall efficiency of systems.
Solution
JAF having the expertise and know how in this industry, provides solution not only limited to single filtration requirement but as a total solution system including air-inlet and exhaust systems, silencers, air coolers & other related accessories. JAF engineering capabilities, together with our previous installation references, the products supplies are highly appreciated and is recognized domestically and globally. In 1969, JAF supplied the very first nuclear power plant in Japan with our air purification system. Since then, JAF have supplied several products such as air inlet and ventilation systems, HEPA filters and carbon filters to various nuclear power plants and facilities.
As a Japanese engineering firm, JAF focus very much into our customers’ needs. JAF major customers of this department have successfully expanded their business abroad, allowing our products to also penetrate to those markets and it has been increasing every year.
DeaMat GDM
(Demister Coalescing Pad)
- Fiber glass filter mist removal
- Best for air intake with mist at off-shore platform and coastal area.
DeaMat DMG-A900
(High Air Capacity Mini Pleat HEPA Filter)
- Progressively structured glass fibre filtermedia impregnated throughout with a harmless gel for the filtration of coarse dust-particles
- Application: As a preliminary filter for the fi ltration of coarse dust-particles in general ventilation- and air conditioning equipment
- Thickness: 4”
DeaKleen GT
(Synthetic Fibre Pre-Filter)
- G4
- Beverage board
- Standard depth 95mm
- High loft media increase dust holding capacity
DeaVane Housings
(Prefilter Equipment)
- Inertial Separation of airborne Dust in Fresh Air intake
- Continuous Pre-Filtration of Dust in HVAC & Industrial Intake Systems
- Proven Pre-filtration efficiencies in areas with severe & extreme atmospheric conditions, such as continuous dust & sand storms
- Standard Size Housings for air flows from 500 – 80000CMH
- Pressure Drop range 100Pa – 300Pa based on air flow conditions selected
MiraCel GT
Standard Type Medium High Efficiency Filter
- F6, F7, F8, F9
- Heavy duty filters for use in ventilation systems with high efficiency requirements, even under extreme conditions such as those found in gas turbines, centrifugal compressors and similar requirement
- Available in single header, double header and non-header
- Available also in dual layer media
MiraVee GT
High Air Flow Type Medium High Efficiency Filter
- F6, F7, F8, F9
- Ultra-fine fiberglass
- ABS
- Standard depth 292mm
- Long life span due to mini pleated arranged in v-shape
- Come with 8 pieces of faceguard
ZannaVee
High Air Capacity Mini Pleat HEPA Filter
- E10, E12
- Ultra-fine fiberglass
- ABS
- Standard depth 292mm
- Long life span due to mini pleated arranged in v-shape
- Come with 8 pieces of faceguard