Square Shape Cooling Towers
»Intended to cool mechanical re-cycled process water from temperature of 50 degrees to temperature of 4 or more the predominant Wet Bulb temperature of the locale. The outline consolidate the static splash spout dissemination to atomize water in to a fog state and guarantee consistency in water scattering and are anything but difficult to keep up amid the pinnacle activities.
»The boiling water from the application is scattered consistently over the wet deck fill by methods for static splash non stop up spouts. All the while, air is prompted through the fill media along these lines taking ceaselessly the dormant warmth from the water going through the fill media. Bit of water vanished, expels the warmth from the rest of the water. The warm clammy air is drawn through the fan deck is released to the air. Cool water, gathered at the accumulation sump, is re-coursed to the warmth source.
»Dairy,Citrus and other food processing industries
»Distilleries and Breweries plants
»The tower is reassembled in the factory, knocked down into some unit, transported to the job site, and reassembled into the final shape. The quality is thus stable. The transport and set-up is easy and quickly.
Fanless Cooling Tower0 out of 5
»The FRP/Timber Natural customary Cooling Towers called as Fanless or Fill less Cooling Towers. Since in this model no fan or fill used to cool the water.
»In Timber environmental/Fan less Cooling pinnacle , regarded wooden louvers were utilized as the side mass of the Cooling Tower to limit the water spillage. What’s more, enable the outside breeze section to go inside the Cooling Tower and go about as the Cooling media. Basically says, in Fan less Cooling Towers the Hot water. It will showered in the highest point of the Cooling Tower with splash spouts. Into little beads like fogs and the beads crossed with the environmental breeze stream to get the water cooled.
»A similar method utilized in FRP Fanless/Natural Draft/Fill less Cooling Towers. Rather than expensive timber louvers, FRP louvers utilized. This Fanless cooling towers are financially working Cooling Tower. Since there is no fan or electric engine, there is no colossal working. Upkeep cost engaged with this Cooling Tower. And furthermore in Energy proficiency perspective, this is the best Payback Cooling Tower when contrasting and different models.
»And furthermore low clamor worked Cooling Tower. The clamors of other model cooling towers are because of Fan, Motor, Gear box and Drive shaft and its vibrations as it were. Since these models of Cooling Towers are not having Fan, engine, Gear boxes, this hardware has no inconvenience some of clamor and vibration.
»steel melting plants, chemical plants
»No fan is required, but higher pumping head is required. But overall power consumption will be very less than that of Fan operated towers
Mist Eliminator0 out of 5
Mist Eliminators are designed to remove contaminants from process air emissions that evolve as mist droplets. These contaminants can include oil mist, machine coolant mist, chromic acid mist, sulfuric acid mist, and other entrained mist. KCH Mist Eliminators are among the most efficient on the market and meet or exceed state and federal standards. Mist Eliminators work by utilizing composite mesh or vane plate surfaces to separate the mist droplets from gas streams through mechanical impingement and inertial impaction. The large surface area coupled with a small volume allows for the collection of liquid without substantially impeding the flow of gas. Some Composite Mesh Pad Mist Eliminators can also be used as a post-control acid fog eliminator on Wet Scrubbers.
Heat Transfer Equipments has extensive experience and application knowledge in gas-liquid separations, liquid-liquid separations, and vapor flow conditioning devices.
We offer you the opportunity to:
- Improve product purity
- Reduce the loss of valuable chemicals and products
- Increase plant throughput capacity
- Prevent plant air and water pollution
- Reduce plant effluent treatment cost
- Protect valuable downstream process equipment
Uses of mist eliminators
The formation of mists in gas streams often results in process inefficiencies and/or product loss in equipment such as knockout drums, distillation columns, evaporators, and environmental scrubbers. Mists can also cause serious damage to downstream equipment.
The following examples can help you evaluate the benefits that a properly designed mist eliminator can provide to your operations.
Reduce loss of valuable chemicals
Mist eliminators markedly cut glycol, amine, or solvent consumption in absorption and regeneration towers.
Increase throughput capacity
Mist eliminators allow significant increase in throughput anywhere gases and liquids come into contact in process equipment.
Improve product purity
Mist eliminators prevent contamination of side draws and overheads in refinery atmospheric and vacuum towers and other distillation columns.
Mist eliminators prevent the poisoning of expensive downstream catalysts or provide boiler feed water quality condensate from evaporator overheads.
Provide equipment protection
Mist eliminators protect turbine, blower and compressor blades, which eliminates serious maintenance problems.
Prevent air pollution
Mist eliminators help reduce droplet emissions to environmentally acceptable levels.
Timber Cooling Tower0 out of 5
»Wooden Single Flow and Double Flow induced Draft Cross Flow Direct Drive System. Reduction Gear Box Drive Suystem. Counter Flow Square / Rectangular Induced / Forced Draft Towers. Packaged Wooden Double / Single Flow Induced Draft Cross Flow. Fan-less Induced Draft Wooded Cooling Tower Atmospheric (Natural Draft Cooling Tower). Re-Inforced Concrete Cooling Towers. Spares For any Type and Make of Cooling Systems.
»Temperature 4°C To 30°C 2 Cell Timber Cooling Tower 3 Cell Timber Cooling Tower 5 TR T0 1000 TR Uniform water spraying Fow Rate from 5 M3/Hr To 500 M3/Hr
»Design Water Flow Rate – M3 /hr Hot Water Inlet Temperature – 0 C Cold Water Outlet Temperature – 0 C Wet Bulb Temperature at site – 0 C
»Automobile Industries, Cable Industries, Casting Units, Cement factory, Chemical Industires, Dairy Industries, Fertilizers Indusries, Food Industries, Hotels , Hospitals, Paper Industries, Power Generation Stations, Petrochemical Industries, Pharmaceutical units, Plastic Industries, Refineries, Rubber Industries, Steel Plant & Rolling Plant, Sugar Mills, Textile Mills, Spinning Mills, Tyre Manufacturing units Water effluent treatment industries
»Economy In Operation Best Performance Architectural Compatability Maintenance Free
RCC Cooling Tower0 out of 5
»We manufactured Cross flow type and Counter Flow Type cooling towers Lower maintenance for this type of cooling tower.The RCC Cooling Towers are mostly used by the following industries, Engineering industries, Huge industry Plants, Power Plants, Chemical Processing Industries are used this type of cooling tower and etc.We design and developed the cross flow and counter flow type for specific requirements. We are Structural and standard design of RCC Cooling Tower in the market. Our new special design makes it a less important maintained rotary sprinklers or tiny nozzles
»Capacity: Capacity Available : 500 m3/hr to 4,500 m3/hr per cell and upto any capacity in multi cell. RCC Cooling Tower Capacity 200CuM/hr. to 3500 CuM/hr. per cell JC Equipments has a enormous variety of models to go well with different requirements.
»Range of our RCC Cooling Tower Capacity 200CuM/hr. to 3500 CuM/hr. per cell Package type (Range from 5TR to 500TR). High effectiveness mechanicals such as gear boxes, axial flow fans and drive shafts. Spiral Bevel type Gear. Higher capacities are offered in multi cell production. Available sizes are 1Cell to 18 cells. Privileged capacities are offered in multi cell production. Wood used can be preferred by the customers
»RCC Cooling Tower in Power Plant, Engineering industry plants, Industrial processing units Huge industry Plants, Steel Manufacturing industry plants Power Plants, Cement factory industries, Chemical Processing Industries are used this type of cooling tower
»Lower maintenance for this type of cooling tower
Natural Draft Cooling Tower0 out of 5
»The Natural Draft Cooling towers are extremely important part of various industries like, Cement Plants, Heat industries, oil Plants, power station, Thermal Power Plants, chemical industries, foundry
»Types: Natural Draft Cooling Tower Forced Draft Cooling Tower
»No requirement Fan, Motor and PVC fills. Well planned and designing Power saving and Low maintenance Superior Cooling good organization Installed for various type of cooling applications Easy to cleaning and maintenance Environmental Friendly No Mechanical Noise Safety of operation
»All Power Plants Thermal Power Plants Nuclear Power Plants Cement Plants Heat industries Oil Plants Power station Chemical industries and foundry Chilling plants Steel factory
»Investment is costly but very less operational cost. No power required for fans operation Very Long Life construction period