Secondary heat exchange system

According to statistics, the production of compressed air consumes a significant amount of energy, accounting for over 40% of the total electricity bill of factories. According to the U.S. Department of Energy, during compressor operation, the electric energy actually used to increase the thermal energy of the air only accounts for a small portion of the total electricity consumption. Approximately 85% of the electric energy is converted into heat and discharged into the air through air cooling or water cooling. These "excess" heat emissions into the air result in waste.

About 2% of the heat generated during the compression process is directly radiated and emitted through high-temperature components such as the motor; about 4% remains inside the air compressor and cannot be recycled; about 94% is indirectly emitted through cooling equipment, and this part of the heat can be recycled and utilized

We have been dedicated to providing comprehensive energy-saving solutions for air compressors for many years. Our in-depth utilization of air compressor energy recovery has been granted multiple national technology patents. We can achieve over 70% energy recovery and utilization for oil-injected screw compressors, and over 90% for oil-free screw compressors. This system has been awarded multiple national patents

Advantages of the energy recovery system:

Energy reuse, utilizing the waste heat from air compressors to heat water at zero cost, without consuming other energy sources, resulting in energy conservation and cost savings.

Improve the operational efficiency of the air compressor, increase the exhaust volume, save electricity consumption, and achieve economical operation of the air compressor;

Lowering the operating temperature of the air compressor reduces equipment failures, extends equipment lifespan, cuts maintenance costs, and prolongs the replacement cycle of commonly used consumables such as engine oil, oil filters, and oil-gas separators.