SNOWCOOL SYSTEMS INDIA PVT LTD. PRESENTS LARGEST RANGE OF AIR-COOLED FAN FLUID COOLERS CAPACITIES FLUID FLOW 2 CMH TO 20000 CMH HOT FLUID 35 C TO 195 C CONSTRUCTION VERTICAL OR FLAT BED MONO OR MULTI CELLS MODULAR OR SITE-ERECTED TYPE INDUCED OR FORCED DRAFT DRY, ADIABATIC OR HYBRID OPERATION
What is Air-Cooled Fan Fluid Cooler? Why Fluid Cooling is required? A Heat Exchanger is specialized Equipment in which Two Fluids (Hot and Cold) are brought into indirect contact with each other to affect the Transfer of Heat. Fan Fluid Cooler is a Air-Cooled Heat Exchanger that operate on the principle of removing Heat of Fluid flowing in closed-loop Coil and by drawing Fresh Ambient Air over Coil Surface, thus Cooling the Hot Fluid. Since Ambient Air Movement is via Axial Propeller Fan and Cooling Mode is totally Dry, these types of Equipments are popularly known as Fan Fluid Coolers or Fin Fan Coolers or even Dry Cooling Towers. The major Advantages of Fan Fluid Coolers over conventional Evaporative Cooling Towers are No-loss of Cooling Fluid being Closed-loop; vide variety of Fluids including Water, better Control of Cooling, Power & Water Saving, and importantly Maintenance-free Performance being Dry Operation. The biggest Dis-advantage of Fan Fluid Cooler remains that Fluid Temp can t be bring down below Ambient Air Temp in Dry Mode, unlike in Evaporative Cooling Tower which delivers Water Temp below Ambient Air Temp (nearby its Wet-Bulb Temp). When Fluid Outlet Temp is required below Ambient Air Temp, Adiabatic Fan Fluid Coolers are proposed, wherein incoming Ambient Air is cooled by Adiabatic Mode of Air-Cooling (via Water Spraying or Fogging). When Adiabatically Cooled Ambient Air cools the Fluid, the Fluid Temp comes down with approach to Wet-Bulb Temp of Ambient Air. Hybrid Fan Fluid Coolers or Hybrid Cooling Towers is a Fluid Cooler which uses Dry as well as Adiabatic Mode for Fluid Cooling, thus delivering Constant Temp Cooled Fluid and ensuring optimized consumption of Fan Power and Spray Water. Hybrid Fan Fluid Coolers is considered to be replacement of Evaporative Cooling Towers and bears all Advantages of Dry Coolers.
Fluid (including Water) Cooling is needed for AC & R Plants, Inter-coolers and After-coolers, Engine Jackets, Smelters and Furnaces, Acid Vessels, Production Processes involving Thermic Fluids, Oil Cooling, Condenser Cooling in Power Plants and many more. When Fluid is some Gas or Vapor and is to be condensed (phase change of Fluid), these Fan Coolers are termed as Air-cooled Condensers: and are commonly seen in AC & R Equipments. In Ammonia based Refrigeration Plants, Aircooled Condensers are supplemented with Evaporative Cooling by Water Spraying hence those are termed as Ammonia Evaporative Condensers. In Power Plants when Steam is to be condensed (as Water) by Air-cooled Coolers, those are termed as Air-cooled Steam Condensers. Based on Construction, Shape and Air Draft Mechanism, Fan Fluid Coolers are catagorised into Forced Draft (for High Temp Fluids, also termed as Air Blast Cooler) and Induced Draft (for Low Temp Fluids and Adiabatic Mode). Further, classification is as Vertical or Flat-Bed, Finned Coils or Finned Tubes and Modular or Site-Erected. At Snowcool we are prominent and established player in all types of Fan Fluid Coolers, viz. Fan Fluid Coolers, Fin Fan Coolers, Air Blast Coolers, Vertical Fin Fan Coolers, Flat Bed Fin Fan Coolers, Adiabatic Fan Fluid Coolers, Hybrid Fan Fluid Coolers, Air-Cooled Thermic Fluid Coolers, Air-Cooled Oil Coolers, Dry Cooling Towers, Evaporative Condensers, Air-cooled Condensers, Air-cooled Steam Condensers and many more..
How Fan Fluid Cooler works? How to select Fan Fluid Cooler? FACTORS TO BE CONSIDERED FOR SELECTING FAN FLUID COOLERS : APPLICATION (CONDENSOR COOLING / UTILITY / ENGINE / PROCESS) FLUID FLOW (CMH / LPH / GPM / KGPH) HOT FLUID INLET ( C / F) COLD FLUID OUTLET ( C / F) ATMOSPHERIC AIR CONDITIONS, DRY BULB TEMP ( C / F) & RH (%) FLUID TYPE (INDUSTRIAL WATER / DM WATER / OIL / THERMIC FLUID) WATER AVAILABILTY (FOR ADIABATIC OR HYBRID MODE) POWER AVAILABILITY (MECHANICAL DRAUGHT / WATER PUMPING) SPACE AVAILABILITY (AREA / INSTALLATION LOCATION) COST BUDGETS (CAPITAL COST / MAINTENANCE COST / LIFE) SERVICEABILITY (REPAIRS / REPLACEMENT / SKILLS) EFFICIENCY (WATER & POWER CONSUMPTION / FLUID PR DROP)
SNOWCOOL LARGEST RANGE OF AIR-COOLED FAN FLUID COOLERS TYPE COOLING APPLICATION MIN - MAX FLUID OUTLET TEMP (⁰C) VERTICAL FIN FAN COOLER CONDENSOR WATER 32-38 VERTICAL FAN FLUID COOLER PROCESS FLUID / WATER 38-55 FLAT BED FIN FAN COOLER PROCESS FLUID / WATER 32-38 FLAT BED FAN FLUID COOLER PROCESS FLUID / UTILITY WATER 38-55 AIR BLAST FLUID COOLER THERMIC FLUID / OIL 55-180 VERTICAL ADIABATIC FIN FAN COOLER CONDENSOR / UTILITY WATER 28-32 FLAT BED ADIABATIC FAN FLUID COOLER CONDENSOR / UTILITY WATER 28-32 FLAT BED HYBRID FAN FLUID COOLER CONDENSOR / UTILITY WATER 28-35
FLUID FAN COOLERS - TYPES & APPLICATIONS VERTICAL V-STYLE FIN FAN FLUID COOLER FOR STANDARD, CLEAN ATMOSPHERE DRY MODE OF OPERATION FLAT BED FIN FAN FLUID COOLER FOR STANDARD, CLEAN ATMOSPHERE DRY MODE OF OPERATION VERTICAL V-STYLE FIN FAN FLUID COOLER FOR STANDARD, CLEAN ATMOSPHERE DRY & ADIABATIC MODE OF OPERATION FLAT BED FLUID FAN COOLER FOR INDUSTRIAL, CORROSIVE & DUSTY ATMOSPHERE DRY & ADIABATIC MODE OF APPLICATION
FLUID FAN COOLERS - COIL CONSTRUCTION ALUMINIUM FINNED COPPER TUBE COIL FOR STANDARD, CLEAN ATMOSPHERE DRY MODE OF APPLICATION SS FINNED SS TUBE COIL FOR COASTAL & CORROSIVE ATMOSPHERE DRY & ADIABATIC MODE OF APPLICATION SS PLAIN TUBE COIL FOR INDUSTRIAL, CORROSIVE & DUSTY ATMOSPHERE ADIABATIC MODE OF APPLICATION INTEGRALLY FINNED SS TUBE COIL FOR INDUSTRIAL, COASTAL & CORROSIVE ATMOSPHERE DRY & ADIABATIC MODE OF APPLICATION
FLUID FAN COOLERS FANS COMPACT AXIAL FANS INDUCED DRAFT, FIXED ALUMINIUM BLADES MULTIPLE FANS PER CELL PROPELLER TYPE AXIAL FAN INDUCED DRAFT, ADJUSTABLE ANGLE FRP BLADES DIRECT DRIVEN, SINGLE FAN PER CELL PROPELLER TYPE AXIAL FAN FORCED DRAFT, ADJUSTABLE ANGLE AL-ALLOY BLADES DIRECT DRIVEN, TWO FAN PER CELL AEROFOIL TYPE AXIAL FAN INDUCED DRAFT, ADJUSTABLE ANGLE FRP BLADES DIRECT DRIVEN, ONE FAN PER CELL
FLUID FAN COOLERS ACCESSORIES ADIABATIC SPRAY SYSTEM SOLENOID CONTROLLED MULTIPLE SPRAY CIRCUITS SPRAY CONTROL IN RESPONSE TO AMBIENT AIR TEMP WATER SPRAY BOOSTING PUMPS VERIABLE SPEED PUMPING, CONSTANT PRESSURE DEDICATED CONTROLLER, SKID MOUNTED MODULE INTELLEGENT MCC PANELS CENTRILISED MONITORING, BMS & DCS COMPATIBILITY HIGHEST ON SAFETY & RELIABILITY FAN VARIABLE SPEED CONTROLLERS COOLER MOUNTED, RAIN-DUST PROOF PANELS PRESSURE BOOSTING FOR ADIABATIC SPRAYS
FLUID FAN COOLERS INTEGRATED PROJECT SOLUTIONS FLUID COOLING INTEGRATED PROJECT COMPRISING OF ADIABATIC FAN FLUID COOLERS, SPRAY BOOSTER PUMPS, INTELLIGENT MCC PANEL, DCS CONNECTIVITY, ELECTRICAL SYSTEM AND MANY MORE ONE STOP PROJECT SOLUTION
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