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Waste heat recovery (WHR) power generation in the cement industry is a mature energy-saving technology that utilizes the thermal energy carried by the high-temperature exhaust gases from the kiln head (AQC) and kiln tail (SP/PH) during the cement clinker production process.  This heat is used to generate low-pressure superheated steam

I. Project Background With energy costs continuing to rise and countries increasingly demanding energy conservation and emission reduction, the cement industry is accelerating the energy efficiency upgrade of its production systems. Waste heat recovery power generation, as a mature and reliable energy-saving technology for cement plants, can convert the large

Project Overview This project is located at a large thermal power plant in Vietnam. The original system was configured with a 450 t/h high-pressure coal-fired boiler. During the long-term operation of the boiler, the flue gas temperature was high, and the flue gas contained a large amount of recoverable low-grade

Cement plant diagnostics, also known as cement plant audit, is the first and most crucial step before a comprehensive cement plant upgrade. Cement diagnostic services involve a professional engineering team conducting a systematic inspection and analysis of the equipment, processes, energy consumption, and operational status of the cement production line.