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(1) Power consumption analysis

According to the statistics of the U.S. Energy Agency, when the air compressor is running, the electric energy actually consumed to increase the air potential energy only accounts for 15% of the total electric energy consumption. About 85% of the electric energy is converted into heat and discharged into the air through air cooling or water cooling

(2) Thermal energy analysis

These heat are directly discharged, which not only wastes a large amount of heat energy, but also aggravates the "greenhouse effect" of the atmosphere and causes thermal pollution. In fact, 85% of the wasted heat can be recycled by using the air compressor heat recovery technology, which is equivalent to about 60-70% of the shaft power of the compressor.

How to make good use of these waste heat is an important work for enterprises to save energy and reduce emissions. It can create good benefits for enterprises and also contribute to environmental protection.

Principle and Application

The waste heat recovery of air compressor is to recover and utilize the heat generated during the operation of the air compressor, mainly to recover the heat generated by the conversion of electrical energy into mechanical energy of the air compressor.

The heat generated during the operation of the air compressor can be recovered by hrs (waste heat recovery system). The hot water is directly discharged to the insulation water tank through the circulating pump. If hot water is needed, it is directly taken from the insulation water tank through the hot water pump.

Ruiqi science and technology air compressor waste heat recovery unit is a new type of waste heat utilization equipment. As the main role of waste heat recovery, it uses the high-temperature oil and gas heat of the compressor to collect the heat generated during the operation of the air compressor through energy exchange and energy saving control, and improve the operating conditions of the air compressor. It is an energy-saving equipment with waste heat utilization and zero cost operation.

● Make the air compressor "work at constant temperature" (equivalent to water cooling works for the air compressor)

● Extend the "service life" of air compressor

● Improve the "pumping capacity" of the air compressor

● Provide continuous "hot water" (domestic water or industrial water)

● Extend the replacement cycle of "consumables" of the air compressor.