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Large-space industrial heating preferred IMPRESIND gas radiation heating system

time：2024-01-25
hits：1430次
source：正弘奧能

Due to the characteristics of tall space buildings, there are a variety of heating methods to choose from. The municipal conditions of radiator heating are easy to meet, but the heating effect cannot be guaranteed. The ground radiant heating system can solve the problem that the temperature gradient of the high space temperature field is too large, but the decoration needs should be considered at the same time. In contrast, gas infrared radiation heating has high thermal efficiency, uniform temperature distribution, comfort, and can achieve fixed temperature and timing automatic control, and energy saving effect is also quite obvious. 
 
Gas infrared radiation heating is the use of combustible gas, through a special combustion device - generator for combustion and radiation of various wavelengths of infrared heating, is a way for heating tall buildings, especially suitable for intermittent heating buildings, and there is no danger of freezing when disabled, unless the process requires, otherwise do not provide on-duty temperature heating. Natural gas radiation heating is also suitable for local heating in tall buildings, of course, this way basically relies on 100% radiation heating, and convection has no effect on people's thermal sensation.


	 


	 

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IMPRESIND gas radiation heating system as the main heating equipment of Beijing Leadway Power Co., LTD., through more than 10 years of promotion and application, has become one of the leading products in the Chinese market. IMPRESIND gas radiant heating system eliminates large and complex boiler and boiler room equipment, short installation cycle, and does not occupy the building's use area. There is no loss of gas in the transmission process, and the combustion of the generator is very complete, so the heat of the entire heating system can be fully utilized. No matter the gas or LPG is used in the gas radiant heating system, the exhaust gas after combustion is carbon dioxide and water. In the standard, it can be directly discharged to the outside, and the gas radiation heating system has no effect on the indoor air composition when working. 
 
The gas infrared radiation heating system burns natural gas, and the hot fluid generated flows in the radiation tube under the drive of the smoke exhaust fan (vacuum pump), and the high temperature surface of the radiation tube stimulates the far infrared radiation wave. After the heat exchange of the hot fluid inside the radiation tube, part of the product will be recycled through the premix chamber (about 40%), and the other part will be discharged by the smoke exhaust fan. Secondary heating to achieve energy saving, environmental protection, high efficiency, reduce operating costs.

	 


	 


	 

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Due to the high surface temperature of the radiator of the gas radiation heating system, if the installation height is too low, the radiation intensity felt by the human body will exceed the requirements of human comfort, so article 5.6.3 of the "Civil Building heating Ventilation and air conditioning design Code" (GB50736-2014) stipulates that the installation height of the gas infrared radiator should not be less than 3m. At present, gas radiant heating system can only be applied to industrial plants, aircraft maintenance warehouses, warehouses and other tall space industrial buildings.