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Waste Heat Equipment Supplied In Usa Oklahoma
11 equipment items found
Manufactured by:Braden Group based inTulsa, OKLAHOMA (USA)
Let nothing go to waste. Innova can custom-design a Waste Heat Boiler system that is guaranteed to reduce energy consumption for years to come. Whether you require waste heat boilers for your refinery, process or hot flue gases, our engineers work with you to design a cost-effective WHB system that is tailored to ...
Distributed by:Victory Energy Operations, LLC based inCollinsville, OKLAHOMA (USA)
The Victory Energy watertube heat-recovery boiler (patented design) is one of the most flexible, cost effective and technologically advanced units on the market. Our proprietary fintube design allows us to manufacture our boilers with the smallest footprint in the industry which greatly reduces radiant heat loss to contain energy costs. Whether the need is hot ...
Manufactured by:G.C. Broach Company based inTulsa, OKLAHOMA (USA)
The G.C. Broach Company has designed and manufactured over 50 waste heat recovery boilers. A waste heat boiler manufactured by The G.C. Broach Company is generally manufactured in accordance with “API 560 Fired Heaters for General Refinery Service” specifications and is usually ASME Section VIII Division One code ...
Manufactured by:E-Tech, Inc. based inBroken Arrow, OKLAHOMA (USA)
Custom solutions ranging from 10,000–150,000 pph and pressures up to 700 psi. Accommodates Multiple Fuels, Clean and Dirty. Water-tube boilers employ water-filled tubes within a gas-tight enclosure. Hot flue gasses are passed over the tubes, resulting in rapid boiler response to changes in process ...
Manufactured by:E-Tech, Inc. based inBroken Arrow, OKLAHOMA (USA)
Fire-tube boilers work by forcing exhaust gases through tubes immersed in water and represent the most economical means of generating steam from waste heat. E-Tech fire-tube boilers are generally used to generate steam from engine, thermal oxidizer and furnace ...
Manufactured by:G.C. Broach Company based inTulsa, OKLAHOMA (USA)
183 Lb/s @ 950? 97.0 M2 @ 7.0″; 827M Lb/Hr; 401? Stack, 300? In, 492? Out/ 117.8 M2 @ 4.0″; 1,2040M Lb/Hr; 274? Stack, 220? In, 333? Out Therminol 55, ΔP 25/ Triethylene Glycol, ΔP ...
Manufactured by:G.C. Broach Company based inTulsa, OKLAHOMA (USA)
107 Lb/s @ 923? 57.8 M2 @ 2.5″; 520M Lb/Hr; 360? Stack, 300? In, 482? Out. 69.2 M2 @ 2.0″; 1,2040M Lb/Hr; 240? Stack, 220? In, 287? Out Therminol 55, ΔP 11. Triethylene Glycol, ΔP ...
Manufactured by:G.C. Broach Company based inTulsa, OKLAHOMA (USA)
The G.C. Broach Company has designed and manufactured over 50 waste heat recovery steam generators. An HRSG manufactured by The G.C. Broach Company is generally manufactured in accordance with “API 560 Fired Heaters for General Refinery Service” specifications and is usually ASME Section VIII Division One code stamped. Heat Recovery ...
Manufactured by:Tulsa Combustion based inSand Springs, OKLAHOMA (USA)
Technology for the incineration (or thermal treatment) of organic industrial waste fluids is based on combustion science but has the compounding challenges of material handling both upstream and downstream of the combustion process. Furthermore, the combustion itself can be complex because of the nature of the waste, and also variations in composition and feed rate. The demands on material ...
Manufactured by:Braden Group based inTulsa, OKLAHOMA (USA)
The Innova anti-icing system prevents frost and ice formation on inlet components to protect the gas turbine, and prevent pressure drop buildup. Icing can damage blades, filter elements and other vital parts even in temperatures above freezing—ice crystals form at less than 40⁰F and greater than 50% relative ...
Manufactured by:Tulsa Combustion based inSand Springs, OKLAHOMA (USA)
Burners comprise the heart of a combustion system. Our staff members have lived through the progression of burner objectives from maximum heat release through fuel efficiency, safe operation, and consuming difficult fuels to the control of NOx and unburned hydrocarbon emissions. Today’s demands also include low maintenance time, low operating cost, flexibility and “smart” ...