Exhaust Gas (Waste Heat) Heat Exchangers

Exhaust gas (waste heat) heat exchanger is a type of heat exchanger used in industrial and automotive applications. Exhaust gas (waste heat) is a byproduct of the combustion process in engines and is in vapor form. The purpose of an exhaust gas (waste heat) exchanger is to transfer the heat from the vaporized exhaust gas to water or another liquid.

Exhaust gas (waste heat) heat exchanger can be utilized to enhance the efficiency and performance of engines. The heat from the exhaust gas can be transferred to water or another liquid and this can ensure cooling of the engine. Additionally, exhaust gas (waste heat) heat exchanger can help reduce the emission of harmful gases into the atmosphere.

Exhaust gas (waste heat) heat exchanger can be produced in various designs and materials. The materials used can vary depending on the conditions and requirements of the application. Exhaust gas (waste heat) heat exchangers are designed and manufactured based on the suitable materials requested, and these materials such as non-alloy steel and stainless steel can be used according to their thermal and mechanical characteristics in this process. Due to the fact that exhaust gas (waste heat) heat exchangers might not be operational on a 24/7 basis, unlike some other types of exchangers, they should be equipped with a bypass circuit apart from the general structural
requirements. This bypass system is recommended by ERK Proses to be utilized in conjunction with control equipment to manage factors such as temperature and harmful gas content in the exhaust gas.