Innovative Water Management Solutions
|
Innovative Water Management Solutions
|
|
|
MODEL HXS: Heat Exchange / Transfer Station / DI Water Heater (click to enlarge photo) Key Benefits
A tremendous amount of thermal energy is required to increase ambient water to an acceptable final rinse temperature (140 °F). Typically, a dedicated, high capacity water heater is required. If the final rinse uses deionized water, the heater must be made of a compatible material, such as stainless steel, which means even greater expense. In an open loop system, cleaner wastewater is delivered to a drain. The drain bound water is usually near the set point temperature of the recirculating tank (140 °F). The REsys HXS Heat Exchange System can be employed to extract valuable heat energy from the wastewater and “recover” to heat incoming water. Heat transfer is not 100%, therefore a booster heater is included to achieve the desired final rinse temperature. This turnkey system also has a recirculation pump, buffer tank and particulate filter – all in a compact footprint. Utilizing the HXS greatly reduces the amount of thermal
energy required to heat the incoming final rinse and make-up water.
The amount of thermal energy recycled translates into substantially lower
operating costs. In a typical,
2000-hour-per-year production environment, the HXS can save thousands of
dollars in energy costs. Contact
REsys for information on cost modeling.
|
|
Copyright © 2008
REsys, Inc.
|
