Closed Circuit Cooling Tower
Closed Circuit Cooling Tower are suitable for Thermal Power Plants. Closed Circuit cooling tower certain processes needs a closed loop, that’s why the process water for cooling does not come in make contact with the full of atmosphere air. Closed loop type cooling is minimizes process fouling.
Design: Our Closed Circuit Cooling System gives completely rated thermal presentation, which also by yourself verified over special types of flow and high temperature requirements. Closed Circuit Cooling Towers are high effciency and water saving.
Water Temparature Capacity: Closed Circuit Cooling Towers are accomplished of incoming fluid temperatures as high as 180ºF (82.2ºC),
Types: Combined Flow Counter Flow
RCC Cooling Tower0 out of 5
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.
Design: 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.
Types : Cross Flow Counter Flow.
Features: We manufactured Cross flow type and Counter Flow Type cooling towers Lower maintenance for this type of cooling tower.
Specifications: 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
Applications: 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
Timber Cooling Tower0 out of 5
Types: Timber Induced Draft Cross Counter Flow Cooling Tower
Features: 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 Towers]. Re-Inforced Concrete Cooling Towers. Spares For any Type and Make of Cooling Systems.
Specifications: 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 Data: 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
Applications: 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
Advantages: Economy In Operation Best Performance Architectural Compatability Maintenance Free
FRP Cooing Tower0 out of 5
Square Shape Cooling Tower: In general the Square Shape Cooling Tower or square type cooling tower designed for alternative to round model for selection to our buyers. Hot dipped Galvanized hardware with rectangular casing body in elegant design. The Ranges are from 50 TR to 500 TR FRP Bottle Shape Cooling Tower: The Round Shape FRP Cooling Tower may call as Bottle Shape . The casing and basins are designed to withstand severe vibration, high wind load and to resist corrosion. Hot dipped Galvanized hardware to withstand wind forces. The bottle shape makes possible to provide maximum cooling efficiency in minimum plan area with lower energy consumption. The Ranges are from 10 TR to 10000 TR. FRP Seamless Cooling Tower We Design and Manufacture a comprehensive Seamless Cooling Tower here in India, our designing peoples concentrate much more to develop these kind of Seamless Cooling Systems as per our buyers requirement that have a single piece shell. There are no seems, panels, rivets or plenty of fasteners in this Seamless Cooling Towers and with no compromise of Quality, Competitive price and Elegant look. Contact us for more information on our Seamless Cooling Systems
Components: FRP Cooling Tower Casing FRP Cooling Tower Fill FRP Cooling Tower Nozzles FRP Cooling Tower Drift Eliminator FRP Cooling Tower Motor FRP Cooling Tower Fan FRP Cooling Tower Energy Fans Nozzel Splash Bar PVC Fills Bottle Type FRP Container Round Type FRP Container Square Shape FRP Container Rectangular Shape FRP Container
Types: Square Type Cooling Shape
Specifications: Capacity Ranges : 50 TR 60 TR 70 TR 80 TR 90 TR 100 TR 125 TR 150 TR 200 TR 250 TR 300 TR 400 TR 500 TR 1000 TR 4000 TR 5000 TR 6000 TR 8000 TR 10000 TR 20000 TR Motor HP : From 1.0 to 20 HP Weight and Sized will be as per our standards and customer requirements
Applications: Automobile Industries, Cable Industries, Casting Units, Cement factory, Chemical Industires, Dairy Industries, Fertilizers Indusries, Food Industries, Hotels , Hospitals, Paper Industries, Petrochemical Industries, Pharmaceutical units, Plastic Industries, Refineries, Rubber Industries, Steel Plant & Rolling Plant, Sugar Mills, Textile Mills, Spinning Mills, Tyre Manufacturing units
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
Features: 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
Applications: 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
Advantages: Investment is costly but very less operational cost. No power required for fans operation Very Long Life construction period
Dry Cooling Tower0 out of 5
Dry Cooling Tower is an equipment which is used dry cooler of defensive the working fluid from ecological revelation and contamination. There is no loss of water by evaporation because No water consumption in this type of cooling tower and also, we install the dry cooling tower in a right manner. Our Equipments are designed and developed with to work with any size for various industries. Our Dry Cooling Tower designing department is routine updated with world standards according to the International Standards designing by CTI membership. Dry Cooling Tower Designing teams are technically qualified of engineer with facility to meet various application need.
Applications: Dry Cooling Tower used for air compressor Lots power plants are using the Dry Cooling Tower Steel manufacturing industries are used Dry Cooling System Dry cooling towers for geothermal power plants Diesel Power Plants are using this type of cooling tower
Advantages: No water consumption in this type of Dry Cooling Tower System because the air does not in a straight line contact between the water. This cooling tower efficacy ensures minimum ecological impact A huge of water gets conserved on using dry cooling towers. Less water resources and greater than before water pollutions concerns have led to explosive development of Dry Cooling worldwide