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The "dual engine" of energy conservation and carbon reduction of IMPRESIND gas radiant heating system

time：2025-06-03
hits：129次
source：正弘奧能

In today's era of pursuing high efficiency, energy conservation and low-carbon environmental protection, enterprises are increasingly attaching importance to the rational utilization of energy and effective cost control during their operation. Especially in the field of industrial heating in large spaces, the gas radiant heating system, as a low-carbon and environmentally friendly heating solution, is becoming an excellent choice for many enterprises to reduce operating costs and practice environmental protection concepts with its outstanding performance advantages.&nbsp;


	 


	The high efficiency and energy-saving characteristics of the gas radiant heating system stem from its unique working principle. It uses combustible gases such as natural gas and liquefied petroleum gas as fuel. Through a special combustion device, the gas is fully combusted inside the radiant tubes, generating infrared rays with wavelengths ranging from 0.76 to 40 micrometers. These infrared rays, similar to the radiation from the sun, directly act upon objects such as people, the ground, and equipment, converting radiant energy into heat energy and achieving rapid and precise heating effects. Unlike traditional convection heating methods, the gas radiant heating system hardly heats the air but makes the radiated objects the heat sources, thereby increasing the temperature of the surrounding air. This heating method results in a small temperature gradient in the indoor air, with the heat mainly concentrated in the areas where people are active, significantly reducing the loss of heat energy.&nbsp;


	 


	<img src="http://www.mhsc009.cn/Uploads/image/20250603/20250603095505_39249.png" alt="" /> 


	 


	IMPRESIND gas radiant heating system, promoted and sold by Beijing Leadway Power Co., Ltd., features an independent heating generator that can be installed on the exterior of buildings, such as on the roof or side walls. The system is designed with a dual-fan, micro-positive pressure and negative pressure system and equipped with dual differential pressure switches. During operation, it utilizes the principle of electromagnetic wave transmission to allow infrared rays to penetrate the air and directly heat the human body, floors, and buildings, avoiding heat absorption by the air layer. It creates a comfortable working environment through air convection and heat recovery.&nbsp;


	 


	Compared with prefabricated radiant tube equipment, IMPRESIND gas radiant heating system has a lower surface temperature, a special geometric structure, and a more diverse layout. Coupled with an advanced combustion and flue gas circulation system, it has extremely low emissions of carbon monoxide and nitrogen oxides. It is suitable for large-space buildings with a height of 6 to 30 meters, such as industrial plants, aircraft hangars, automotive manufacturing and repair plants, and warehousing and logistics centers. IMPRESIND gas radiant heating system has been successfully applied in these large-space industrial buildings, effectively solving the heating problems in large spaces, achieving high efficiency, energy conservation, and low carbon emissions, reducing operating costs for enterprises, and improving the overall heating quality of the space.&nbsp;


	 


	Meanwhile, due to the high efficiency and energy-saving features of IMPRESIND gas radiant heating system, it indirectly reduces carbon emissions caused by energy production. For instance, after a large logistics warehouse adopted the gas radiant heating system, it reduced its annual carbon dioxide emissions, effectively assisting the enterprise in achieving its green and low-carbon development goals. Additionally, during operation, the gas radiant heating system generates no dust or noise and does not pollute the indoor environment, creating a more comfortable and healthy working space for employees. It is particularly suitable for production workshops and storage areas with high environmental requirements.&nbsp;


	 

From the comparison of energy utilization efficiency data, the advantages of IMPRESIND gas radiant heating system are obvious. Traditional convection heating systems, due to the characteristic of hot air rising, will cause the upper part of the indoor air to be too hot, while the lower part where people are active is insufficiently heated, resulting in a large amount of heat being lost through the ceiling and exterior walls, causing serious energy waste. Relevant studies show that the thermal efficiency of traditional convection heating systems is usually only about 60%, while the thermal efficiency of gas radiant heating systems can reach over 90%. Taking a 5,000-square-meter industrial plant as an example, if traditional heating methods are used, the gas consumption for each heating season is about 100,000 cubic meters. However, if a gas radiant heating system is adopted, the gas consumption can be reduced to about 60,000 cubic meters, with an energy-saving rate as high as 40%. This not only means a significant reduction in the enterprise's energy procurement expenses but also can significantly lower the operating costs caused by energy consumption. Please provide the text you would like translated.

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The "dual engine" of energy conservation and carbon reduction of IMPRESIND gas radiant heating system