Whether using evaporative, dry air, shell and tube or plate and frame heat exchangers or a combination of cooling methods, HydroThrift can fulfill virtually any customer's industrial cooling need with an appropriate closed loop system. Our personnel and facilities combine to provide our... Read More
Wellman Furnaces, Inc. brings innovation together with the ability to engineer, design and build the answer to your heat processing problem. We offer our customers years of experience in the custom engineering of fuel fired and electrically heated furnaces and heat processing systems. Also, we... Read More
Mokon has set the standard in the design and manufacture of high-quality heating and cooling systems to accurately control process temperatures from -20°F to 700°F (-29°C to 371°C). Mokon's energy-efficient product line consists of water and heat transfer oil temperature control systems,... Read More
Designed specifically for quenching applications in the heat treating industry, Solanus Air Cooled Quench Oil Coolers incorporate quality engineered state-of-the-art features optimized by 3D solid modeling for the ultimate in reliability and maintainability. Solanus quench coolers are a totally... Read more »
Mechanical refrigeration chiller systems utilize the compression, condensation, and expansion of specialized refrigerant material to provide temperatures lower than ambient temperatures. Chillers can be designed for any application, from 2 ton portable chillers to 400 ton cooling systems, all of... Read more »
PROTECT YOUR EQUIPMENT FROM CLOGGING AND CONTAMINATION CleanLoop systems are one of Dry Coolers’ specialties. Closed loop systems maximize reliability by isolating your process equipment from hard, corrosive plant or “city” cooling water. Isolated loops help to protect and reduce cost of... Read more »
By Dry Coolers, Inc.
Estimate Flow in Your System
Check your pump discharge pressure and find your operating point on the manufacturer's pump curve. A given impeller diameter will operate along a curve developing more pressure at lower flow rates and less pressure at higher flow rates. The more flow the pump...
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