April 2017

evapco blct
Air Cooled Condensers

For steam cycles of 1 to 1000MW, EVAPCO Dry Cooling can supply the Air Cooled Condenser that is right for your application. Irrespective of fuel source, biomass, fossil, or solar, an EVAPCO Dry

ES ESP Series Cooling Tower
ES/ESP Series Tower
The FM approved ES/ESP Series towers are designed for maximum safety, reliability, and fire containment.
EX Series Cooling Tower
EX Series Tower
An EvapTech EX Cooling Tower is an induced draft, crossflow tower custom designed to meet our customers' requirements for cost, footprint, power consumption and pumphead. For personal service
EC Series Cooling Tower
EC Series Tower
EvapTech Series EC cooling towers are induced draft, counterflow towers custom designed to meet your requirements for cost, footprint, power consumption and pumphead. For personal service, especially

SAGE Control System

Maximize the water or energy savings of your eco-cooler with EVAPCO’s Sage® Water and Energy Conservation System! The Sage system operates the eco unit in a manner which maximizes water or energy savings, based on the client's water or energy savings priority. Manufacturer Supplied and Programmed Using our patented Sage Control System guarantees seamless integration with your eco unit, reduced field installation times, and maintains EVAPCO as your single-source cooling solution. Adaptive Control Sequence for Ultimate Savings The Sage control system can be set to either maximize water or energy

ARID fin Pak Dry Coil

Highlights Superior dry heat transfer Plume reduction/ablation 5/8” 304L stainless steel tubes Marine-grade aluminum fins ASME B31.5 code compliant Product Features The most advanced dry cooling solution ARID fin Pak® dry cooling coils are constructed with 5/8” diameter 304L stainless steel tubing and marine-grade aluminum fins. The stainless-steel tubing meets the requirements of ASME B31.5 refrigerant piping code. Standard ARID fin Pak coils are designed with a fin density of 10 fins per inch for maximum heat transfer efficiency in the smallest plan area. Optional fin densities are available