| • |
Capacities range from 20 to more than 2000 gpm |
| • |
Two component systems |
| • |
Utilize a compact pump package and a remote, evaporative-type heat exchanger |
The HydroThrift Industrial Closed-Loop Evaporative Type Cooling System is a cost-efficient way to maintain consistent equipment cooling temperature with varying heat loads and environmental conditions. The Closed-Loop Evaporative Type Cooling System has improved cooling capacities that can be combined with our dry-type and evaporative type cooling systems.
| • |
Custom engineered systems |
| • |
Complete automatic operation |
| • |
Control of temperature |
| • |
Pump capacities are generally rated at 100 feet head (higher pump head available) |
| • |
Completely factory assembled on a full-deck fabricated steel base |
| • |
Delivered skid-mounted, pre-piped and pre-wired |
| • |
No contaminants, air-borne dirt or chemicals from water-treatment |
| • |
Service life is increased because of prevention of scaling and corrosion in water jackets, coils and heat exchangers |
| • |
Water/glycol mixture is re-circulated allowing economical and efficient cooling |
| • |
Minimal need for make-up water to replace the evaporated water in the spray water system |
| • |
Evaporative loss amounts to about 2 gpm for each 1 million BTU/hr, plus bleed |
| • |
Avoid water use regulations and sewer charges related to discharge of water |
| • |
Promotes efficiency with the elimination of chemical and dirt build-up on heat exchanger and water jacket surfaces |
| • |
Coolant temperature is controlled constantly within a limited range, minimizing costly inconsistencies |
| • |
Lower coolant temperatures compared to dry-type closed-loop cooling systems |
| • |
Utilizes heavy-duty prime surface evaporator coils to circulate the heated process coolant through a cascading water spray |
| • |
Sump heaters are factory installed to prevent sump water freeze-up |
| • |
ASME code-welded surge and vent tank de-aerates the coolant, and includes gauge glass, fill port, drain and vent valves |
| • |
Inlet and outlet gauges display pressure and temperature differentials for continuous monitoring |
| • |
NEMA 12 design electrical enclosures |
| • |
115-volt control circuit |
| • |
Couplings, alignment problems and attendant wear are eliminated through the use of heavy-duty centrifugal pumps close-coupled on the motor shafts |
| • |
Includes low-cost, water/glycol coolant mixture |
| • |
Dual stand-by pumps with automatic switchover |
| • |
Flow switch/alarm circuits |
| • |
Service valves |
| • |
Motor indicating lights |
| • |
Disconnect switches |
| • |
Trim coolers |
Log-In
