Designed and manufactured according to customer needs, a waste heat recovery system has been added to the original air compressor cooler to extract exhaust gas energy to heat the fresh air intake temperature required by the equipment, achieving the goal of reducing exhaust gas emission temperature and saving energy. Flexible arrangement, heat pipes can be used as universal heat transfer elements, and can be combined arbitrarily by changing the number of heat pipes. Safe and reliable work, each heat pipe is an independent heat transfer element, which does not affect the normal operation of the entire heat exchange device.

The application fields of waste heat recovery equipment are shaping machines and coating machines in the textile printing and dyeing industry. Has the following characteristics: 1. High heat transfer performance. Especially for gas to gas heat pipe heat exchangers, their advantages can be demonstrated. 2. The average temperature difference for heat transfer is large. The arrangement of channels for cold and hot fluids is convenient, and the flow direction can be arranged in a simple counterflow form. 3. Compact structure. The heat transfer capacity of each heat pipe is also large, which can ensure the transfer of heat with fewer heat pipes.

Waste heat recovery device is an energy recovery equipment that can recover and utilize the waste heat generated in industrial production processes. By using specific technical means such as heat exchangers and thermoelectric converters, the heat in the exhaust gas is collected and converted into useful energy sources such as thermal or electrical energy. This can not only improve energy efficiency and reduce energy consumption, but also help reduce carbon emissions and meet environmental requirements. This product is widely used in the steel metallurgy industry: the flue gas and smoke generated in the metallurgical process have high temperature, high dust content, and large fluctuation range, and abundant waste heat resources. By installing a waste heat recovery device, this waste heat can be converted into electrical or thermal energy to meet the power and thermal needs of the factory. Has the following characteristics: 1. Efficient and energy-saving: It can reduce energy consumption and carbon dioxide emissions, and improve energy utilization efficiency. 2. Simple and reliable: The equipment is simple and reliable, easy to install and maintain, and has low operating costs.

Waste heat recovery device is an energy recovery equipment that can recover and utilize the waste heat generated in industrial production processes. By using specific technical means such as heat exchangers and thermoelectric converters, the heat in the exhaust gas is collected and converted into useful energy sources such as thermal or electrical energy. This can not only improve energy efficiency and reduce energy consumption, but also help reduce carbon emissions and meet environmental requirements. This product is widely used in the chemical industry: in chemical processes such as refining, refining, synthesis, etc., high-temperature exhaust gas and waste heat are often generated. The waste heat recovery device can convert these exhaust gases and waste heat into heat energy or steam, which can be used to meet the heating needs of chemical processes and improve energy utilization efficiency. It has the following advantages: 1. Short investment return cycle: Usually, the investment cost can be recovered within one to three years. 2. Environmental protection and energy conservation: It has a positive effect on environmental protection and complies with national energy policies and environmental requirements.