Where heat recovery pays off - data centers, healthcare, cold storage, commercial offices, greenhouses, schools, pools, and industrial processes.
An air-to-air heat exchanger in NMP (N-Methyl-2-pyrrolidone) heat recovery systems works by recovering thermal energy from hot, solvent-laden air (usually from drying or coating processes) and…
Read article →During the food processing, steaming, baking and other processes generate a large amount of humid and hot air. If directly discharged, it will cause energy waste…
Read article →Plate heat exchangers can be used in the ventilation system of chemical workshops to cool and reduce the temperature of high-temperature exhaust, transfer heat to fresh…
Read article →In production processes such as steel and non-ferrous metal smelting, a large amount of high-temperature flue gas is generated. These fumes not only carry dust and…
Read article →In the guest room area, plate heat exchangers can ensure the gentle supply of fresh air, avoiding the impact of large temperature differences between the fresh…
Read article →Plate heat exchangers are used in the ventilation system of office buildings, which can introduce fresh air that has undergone heat exchange treatment when the outdoor…
Read article →Plate heat exchangers, with their efficient energy recovery mechanism, can transfer heat or cold during the exchange process between exhaust and fresh air. According to actual…
Read article →The mall is densely populated, with obvious heat and moisture dissipation from the human body, and the display area of goods is prone to produce odors.…
Read article →Preventing battery overheating: Excessive temperature can accelerate chemical reactions inside the battery, leading to capacity degradation and shortened lifespan. The heat exchanger indirectly prevents the battery…
Read article →Heat exchangers play a crucial role in electric vehicle charging stations, as they control the temperature during the charging process and have a significant impact on…
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