Dehumidification and humidity control are of great significance to human health and daily life. The heat and moisture recovery of indoor exhaust is an important measure to achieve energy efficiency in air conditioning systems. Dehumidification wheel, as an important means of air dehumidification and total heat recovery, is widely used in civil and industrial air conditioning.

The application fields of rotary heat recovery heat exchangers are very wide, mainly including the following aspects:

HVAC system: In HVAC systems, rotary heat recovery heat exchangers are used to recover heat from exhaust gases, preheat fresh air, and improve indoor comfort and system efficiency.

Building ventilation: In the ventilation system of buildings, rotary heat recovery heat exchangers are used for heat exchange between indoor and outdoor air, pre cooling and dehumidifying fresh air in summer, and pre heating and humidifying fresh air in winter, thereby achieving energy conservation and maintaining good ventilation.

Offshore wind power: In the heat dissipation of offshore wind turbine cabins, rotary heat recovery heat exchangers can effectively recover and utilize waste heat.

Environmental protection facilities: When used in conjunction with dust removal, desulfurization, and denitrification equipment, rotary heat recovery heat exchangers can reduce emission temperature and humidity, and minimize environmental pollution.

Industrial waste gas treatment: In industries such as steel, chemical, and cement, rotary heat recovery heat exchangers are used for heat recovery of high-temperature waste gas to improve energy efficiency and reduce energy consumption.

Boiler system: In boiler flue gas emissions, rotary heat recovery heat exchangers are used to recover heat, increase feedwater temperature, and thus improve boiler efficiency.

Data center: In the indirect evaporative cooling system of the data center, the rotary heat recovery heat exchanger is used to recover waste heat and improve the energy efficiency of the system.

Food processing: During the drying or processing of food, a rotary heat recovery heat exchanger is used to recover heat, reduce energy consumption, and maintain product quality.

Power industry: In the flue gas desulfurization and denitrification processes of power plants, rotary heat recovery heat exchangers are used to recover heat and reduce operating costs.

Textile and paper industries: In the drying and steam generation processes of these industries, rotary heat recovery heat exchangers are used to recover heat and improve energy efficiency.

Overall, rotary heat recovery heat exchangers have become indispensable energy-saving equipment in modern industrial and construction fields due to their efficient heat recovery capabilities and wide range of applications. It not only contributes to energy conservation and emission reduction, but also brings significant economic and environmental benefits to enterprises and society.