Why does large-space industrial heating choose IMPRESIND gas radiation heating system?-辐射板-红外线-热水辐射板-燃气辐射采暖-正弘奥能-伊普赛德-北京正弘奥能环保科技有限公司

Why does large-space industrial heating choose IMPRESIND gas radiation heating system?

time：2024-07-26
hits：343次
source：正弘奥能

In tall space buildings, especially in the industrial field, it is crucial to choose a good winter heating method. Indoor 2 meters below is the personnel, equipment intensive space, here is the fundamental area to solve the heating, if the heat can be effectively used in this space, to meet the process requirements, personnel comfort and reduce energy consumption will be the best solution. 
 
In the conventional convection heating method, the client first heats the air. Due to the density difference between the cold and hot air, the hot air in the space floats, and the cold air sinks, resulting in a serious vertical imbalance in the temperature in the room, forming a large amount of ineffective heat consumption above the roof. In order to overcome the vertical imbalance in the height direction, the heating method of gas infrared radiation is mainly used for the heating of tall space buildings. 
 
IMPRESIND gas radiation heating system generator, promoted and sold by Beijing Zhenghong Aoneng Environmental Protection Technology Co., LTD., burns natural gas, the thermal fluid generated flows in the radiation tube, generates infrared rays, does not heat the air, directly acts the heat on the heating object (ground, object, human body), and the heat loss is small. The radiation tube adopts a special double graphite sealing ring pad joint device, which can make the perfect connection between the radiation tubes. No need to use organic sealant sealing, safe and convenient, can withstand 1500℃ high temperature, avoid joint fracture due to excessive expansion, to the greatest extent to ensure the safety of the workplace and the reliability of high space heating system. 
 
The generator burns completely, so that the heat is fully utilized. At the same time, after the heat exchange of the hot fluid inside the radiation tube, part of the product will be used for gas recirculation through the premixing chamber, and heated twice to achieve energy saving and environmental protection and reduce operating costs. Under the premise of establishing the same comfortable conditions, the design temperature of the building during radiation heating can be reduced by 2°C~3°C compared with that during convection heating, which can also save heating energy consumption. At the same time, there is no air stratification, and the heating problem of various tall space buildings is well solved. 
 
Compared with similar products currently on the market, IMPRESIND gas radiant heating system has different advantages: 
 
1, safety: the use of negative pressure operation technology, the first vacuum pump to start work before the system ignition. When any link in the system (power supply, gas supply, ignition, negative pressure) fails, the system will automatically shut down. The safety of equipment and heating area is fully guaranteed. 
 
2, energy saving: direct heating of the heating area, greatly reducing the heat loss caused by convection heating due to hot air stratification and cold air intrusion can save energy 30-50%, greatly reducing operating costs. 
 
3, environmental protection: The use of natural gas, liquefied petroleum gas and other clean energy as fuel, not only saves the boiler room and coal yard land and pollution, and the exhaust gas after combustion for water and carbon dioxide is harmless to the environment. 
 
4, high efficiency: After the heat exchange of the hot fluid inside the radiation tube, part of the product will be used for flue gas recirculation through the premix chamber, which greatly improves the heating efficiency and makes full use of energy. 
 
IMPRESIND gas radiation heating system can achieve independent control or centralized remote control, can control up to 59 groups of equipment, and can be connected to the computer, one by one display each equipment usage and related parameters. Automatic control and temperature regulation are convenient and can realize partition and time-sharing temperature control. At the same time, it has automatic opening and closing function on time.