Evapco, Inc. unveiled its latest innovation, the Evapcold packaged Low Charge Refrigeration (LCR) system at the 2015 IIAR Conference held in San Diego in March. The Evapcold system requires only 2.5-3.0 pounds (1.13 -1.36 kg) of ammonia per ton of refrigeration, a fraction of the refrigerant charge associated with traditional field-built systems. Video: Kurt Liebendorfer Evapcold Interview with Refrigerated & Frozen Foods at IIAR San Diego https://www.youtube.com/watch?v=VG4zfcJM7j8

Effective Monday, December 8, 2014, prices for EVAPCO, Inc. and RVS refrigeration products will increase 3-5%. Contact your local EVAPCO Industrial Refrigeration Sales Representative for details.

EVAPCO is pleased to introduce the NEW SST-A Series of Industrial Evaporators featuring thermal performance and power ratings certified in accordance with the Air-Conditioning, Heating and Refrigeration Institute (AHRI) Standard 420, "Performance Rating of Forced-Draft Circulation Free-Delivery Unit Coolers for Refrigeration."  AHRI Standard 420 has been used to determine the thermal performance of each product family within the SST-A Series, the SSTMA, SSTXA, SSTLA, SSTWA and SSTDA models.

EVAPTECH is proud to announce the release of its new "FM Approved Field Erected Cooling Tower" video which promotes its new Series ES and ESP Cooling Towers. The Series ES and ESP (standard with Franklin Fill) are the first fiberglass cooling tower product lines to receive a Certificate of Compliance according to FM Approvals published Standard 4930. The towers are designed to resist destruction by natural hazards and accidents caused by fire, hurricanes, earthquakes and tornadoes. The Series ESP Cooling Tower features Zero Flame Spread Franklin Fill and Eliminators, and is the first PVC film

EVAPCO has designed, built and commissioned a NEW state-of-the-art Air Cooled Steam Condenser Test laboratory located in the Wilson E. Bradley Research & Development Center at EVAPCO World Headquarters Taneytown, MD USA. This industry leading laboratory includes a wind tunnel to investigate ACC heat exchanger performance for full size (over 35 feet tall) bundles as required for many power plant applications. The laboratory process loop produces steam under vacuum in conditions typically utilized in power or other process plant applications. The ability to test the heat exchanger with steam

The NEW eco-PMC line of evaporative condensers represents EVAPCO's latest advancement in thermal heat transfer research and development. Utilizing the Ellipti- fin® heat transfer coil, the eco-PMC offers improved heat transfer during wet operation and significant water savings due to extended periods of dry operation. The eco-PMC is another chapter in EVAPCO's on-going commitment to quality, environmentally friendly products.

EVAPCO is pleased to announce the addition of 42' & 56' wide BIG AT induced draft, counterflow open cooling towers. These new models are three and four cell configurations with capacities ranging from 2,882 to 5,075 nominal tons and are CTI Certified. The NEW AT/UT/USS Product Catalog now incorporates all 14'x26' BIG AT cooling tower configurations and is available for download.

EVAPCO is pleased to announce the addition of 4' wide LSTE centrifugal fan, forced-draft open cooling towers. New sizes range from 33 to 215 nominal tons and are CTI Certified. View the updated LSTE / LPT Product Catalog for more information .

Effective January 1st, 2012, prices on products available from our domestic facilities and subsidiaries were increased 4%.

The NEW eco-ATC product video is now available for distribution and was developed to promote the revolutionary design of EVAPCO’s eco-ATC Evaporative Condenser. EVAPCO, consistently at the forefront of water and energy savings technology, developed the “eco-ATC” line of evaporative condensers to provide a significant thermal performance increase when operating wet (evaporative mode) and dry in the same unit footprint while utilizing less fan motor horsepower. The eco-ATC features the new, patent pending coil called “Ellipti- fin™,” the technology which provides the increased thermal