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Application examples of IMPRESIND gas infrared radiation heating system

time：2024-04-22
hits：1230次
source：正弘奧能

At present, most of the heating system in our country adopts the form of air convection heat transfer to warm. There are many problems if the traditional heating system is used in some tall space buildings, mainly the temperature distribution is not uniform in the space with high room and large span, and the vertical temperature gradient is large. The use of gas radiant heating technology can completely solve the above problems. 
 
Compared with the traditional convection heating method, infrared radiation heating method has the advantages of fast heating speed, uniform heating, high thermal efficiency, high efficiency and energy saving. The heat conversion rate of infrared radiation heating is basically more than 90%, and the energy efficiency is higher. Traditional convection heating method preheating time is 2 hours, the process of energy waste is huge; The infrared radiation heating equipment will have a warm feeling in a few minutes after opening, and the required indoor temperature will be reached in about 30 minutes. 
 

	In addition, after the traditional heating equipment is closed, the industrial workshop will soon cool down, and after the infrared radiation heating equipment is shut down, the energy consumption will stop immediately, but the heat stored in the envelope, the ground and the object will slowly dissipate heat to the environment, maintain a slower cooling, and can still maintain the required temperature within 2 hours after the shutdown.


	 


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IMPRESIND gas infrared radiation heating system promoted and sold by Beijing Leadway Power Co., Ltd. can be composed of one or more independent systems, each independent system is composed of burner, radiation pipeline and reflector, negative pressure centrifugal fan, exhaust gas emission device and temperature controller. 
 
The gas infrared radiant heating system is driven by the negative pressure centrifugal fan, which makes the hot fluid flow in the radiation pipeline of the system and exhautes the exhaust gas to the outside. The radiation pipe and the reflector above it radiate heat into the space below. When infrared rays touch people and objects, their energy is absorbed by the surface of the object and becomes hot. The heated surface's own secondary radiation raises the temperature of the nearby air, thereby releasing heat into the working space. 
 
Gas infrared radiation system can efficiently solve the heating needs of 4-30 meters high, industrial plants, aircraft maintenance warehouses, warehouses, logistics centers and other tall space places. The installation requirements of the gas infrared radiation system should ensure that the entire system is operated in a negative pressure mode, and there is no leakage and no open flame burning in the heating space. The gas is burned under negative pressure in the radiator, and the flue gas is discharged to the outside by the vacuum pump. Gas infrared radiation systems are strictly prohibited to be installed in basements and places with flammable and explosive gases and dust. 
 

	IMPRESIND Gas infrared radiation heating application example 


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