The application scenarios of rotary waste heat recovery heat exchangers are wide, mainly including the following fields:
Industrial waste gas treatment:
Recycling high-temperature exhaust gases from industries such as steel, chemical, and cement to improve energy efficiency and reduce energy consumption.
HVAC system:
Recovering heat from exhaust in HVAC systems for preheating fresh air, improving indoor comfort and system efficiency.
Boiler system:
Recovering heat from boiler flue gas emissions to increase feedwater temperature and improve boiler efficiency.
Food processing:
Recovering heat during food drying or processing to reduce energy consumption and maintain product quality.
Power industry:
Recovering heat from flue gas desulfurization and denitrification processes in power plants to reduce operating costs.
Textile and paper industry:
In the drying and steam generation processes of these industries, the use of rotary wheels to recover heat improves energy efficiency.
Environmental protection facilities:
Cooperate with dust removal, desulfurization, and denitrification equipment to reduce emission temperature and humidity, and minimize environmental pollution.
The rotary waste heat recovery heat exchanger performs well in various scenarios that require heat recovery and energy efficiency improvement, contributing to the achievement of sustainable development goals.