June 2010
June 17, 2010
EVAPCO Introduces Seismic and Wind Load IBC Compliant Induced Draft, Counterflow Product Lines. In its continuing commitment to be the leader in evaporative cooling equipment design and services, EVAPCO''s AT, UT, USS, ATW, ESWA, and ATC product lines are now Independently Certified to withstand Seismic and Wind Loads in ALL Geographic Locations and Installations in accordance with IBC 2006.
June 17, 2010
EVAPCO is proud to introduce optional Super Low Sound Technology for Forced Draft Axial Fan Condensers. This new option expands EVAPCO''s capability to offer Low Sound Solutions for all sound sensitive applications. The PMC-EQ can achieve the sound levels of a similar size forced draft centrifugal condenser while operating at lower power levels. Contact EVAPCO or your Industrial Refrigeration Sales Representative for more details!
June 17, 2010
"U.S. Commerce Secretary Gary Locke Honors Evapco with Export Achievement Certificate" U.S. Commerce Secretary Gary Locke (below) presented the U.S. Commercial Service''s Export Achievement Certificate to Maryland-based Evapco, represented by Gary Rugel, Evapco''s Vice President, International. ARLINGTON, Va.--(BUSINESS WIRE)-- U.S. Commerce Secretary Gary Locke yesterday presented the U.S. Commercial Service''s Export Achievement Certificate to Evapco, a U.S. manufacturer of large commercial and industrial heat rejection and heat transfer equipment. The certificate honors small- and medium
June 17, 2010
EVAPCO is proud to introduce our new Thermal Ice Storage product application video! This product video was developed to promote our global marketing of EVAPCO's Extra-P™ Technology Ice Coils in Thermal Ice Storage applications. Thermal Ice Storage provides environmental, energy and cost saving benefits to the end user by shifting power demand to off-peak hours. In addition, Thermal Ice Storage: Reduces carbon emissions by eliminating the requirement of additional power plants Reduces connected kW of associated equipment in an air conditioning system by supplying colder than normal chilled