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Energy saving and carbon reduction solution for industrial heating - IMPRESIND Gas Radiant Heating System

time：2024-07-04
hits：712次
source：正弘奧能

GB50019-2015 Design Code for Heating, Ventilation and Air conditioning of industrial buildings 5.5.4: When gas infrared radiation heating is used, the calculated indoor temperature should be 2℃ ~ 3℃ lower than the air temperature in the convective heating room. Under the premise of achieving the same heating effect, compared with convective heating, gas radiation heating has a lower heat load, which also means that the more energy saving and the higher energy utilization rate. Experiments have proved that the room temperature of 16℃ under gas radiation heating is equivalent to the indoor environment under convective heating of 18~20℃. It is also understood that for every 1℃ reduction in indoor calculation temperature, energy consumption can be reduced by about 5% to 10%. 
 

	Gas infrared radiation heating, that is, through the combustion of combustible gas to produce electromagnetic waves, wavelengths between 0.76~1000 microns of electromagnetic waves, especially between 0.76~40 microns of electromagnetic waves, with non-dispersive, significant thermal effect, called infrared. The use of infrared rays to directly radiate heat to objects or the surface of the human body does not require air to transfer heat, so the heating rate is faster and more efficient to transfer heat to indoor objects. It not only reduces the phenomenon of indoor air stratification and thermal gradient, but also reduces heat loss and energy consumption.


	 


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IMPRESIND gas radiant heating system, a product of Beijing Leadway Power&nbsp;Co., LTD., is an independent heating system composed of three parts: generator, radiation tube and temperature control system. The generator burns natural gas, and the hot fluid generated flows in the radiation tube made of aluminum alloy and steel under the drive of the negative pressure centrifugal fan, producing infrared radiation and directly acting the radiant heat on the heating area. The thermal conversion rate of the system is more than 90%, stable performance, energy saving and high efficiency. 
 
Gas recirculation technology: 
After the heat exchange of the hot fluid inside the radiation tube is finished, part of the product is used for flue gas recirculation through the premix chamber, which greatly improves the heating efficiency and makes full use of energy. Two heating to achieve the purpose of energy saving, environmental protection, reduce operating costs, comprehensive energy saving up to 30%~50%. 
 
Intelligent control technology: 
For real-time monitoring of indoor temperature, the control system compares the temperature signal from the indoor sensor, generates control instructions, intelligently adjusts the control temperature, and can be adjusted according to demand to improve the operating efficiency of the heating system, reduce energy consumption, and better promote behavioral energy saving. 
 
Whether it is an industrial plant, storage logistics or aircraft, railway maintenance depot, IMPRESIND gas radiation heating equipment can be perfectly adapted. At present, IMPRESIND gas radiation heating system has been successfully applied to Beijing Daxing International Airport China Southern Airlines A380 aircraft maintenance base heating project, Urumqi Diwopu International Airport cargo area heating renovation project, FAW-Volkswagen Tianjin factory heating project.

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Energy saving and carbon reduction solution for industrial heating - IMPRESIND Gas Radiant Heating System