Global Recuperator Market is segmented, By Geographical Region into North America, Europe, China, Japan, and Southeast Asia, India. A recuperator comes across as an exclusive counter-flow energy recovery heat exchanger positioned within the supply and exhaust air streams of an air handling system, or in the exhaust gases of an industrial process, for recovering the waste heat. Recuperation reduces fuel consumption, increases flame temperature, and improves furnace efficiency. Recuperator reduces up to 40% of the fuel consumption as compared to cold air combustion. Combustion air preheats up to 800°C available. Lean fuel gases and the other process gases could also be preheated along with combustion air.
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In many types of processes, combustion is used for generating heat, and the recuperator serves to recuperate, or reclaim this heat, for being reused or recycled. Recuperators are generally used in association with the burner portion of a heat engine for increasing the overall efficiency. For example, in a gas turbine engine, air is compressed, mixed with fuel that is then ignited and used for driving a turbine. The recuperator does transfer certain amount of waste heat in the exhaust to the compressed air; thus preheating it prior to entering the fuel burner stage. Since the gases have been pre-heated, less fuel is needed to heat gases up to the turbine inlet temperature. The recuperator could render a gas turbine or heat engine more efficient by recovering some of the energy usually lost as waste heat,.
Recuperator Market is segmented By Type of Recuperator into Convection Recuperates, Radiation Recuperates, Combined Recuperates, Creamet Recuperates, Infinity Recuperates, Tubular Radiation Recuperates, Indirect Fired Air Preheaters, Metallic recuperates. Radiation recuperates are the double shell type construction used where flue gases are generally above 1000 Deg C. Hot Flue gases flow through the inner shell while Air being Preheated passes through outer shell. Suitably designed fins are welded on the outer surface of the inner shell to improve the radiant heat transfer surface area.
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