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Analysis of the Application of IMPRESIND Gas Radiant Heating System in Industrial High Spaces Buildings

time：2025-07-09
hits：98次
source：正弘奧能

Gas radiant heating has significant energy-saving features in industrial heating for large spaces. As an outstanding representative of this type, IMPRESIND gas radiant heating system has been widely applied in various industrial scenarios due to its numerous advantages. Here is a detailed introduction:&nbsp;


	 


	The energy-saving features of gas radiant heating&nbsp; 


	 


	Reducing energy consumption for air heating: Gas radiant heating warms up by burning combustible gas inside radiant tubes to emit infrared rays. The radiant heat directly illuminates the heating objects and hardly heats the air in the environment. Under the same hygienic conditions, the air temperature can be 2-5℃ lower than that of convective heating. The temperature difference between indoors and outdoors is small, and the amount of cold air infiltration also decreases accordingly, thereby reducing heat loss.&nbsp;


	 


	Reducing indoor temperature gradient heat loss: Convection heating causes indoor air to form a cold and hot convection, resulting in a high temperature at the roof and a low temperature at the ground, with a temperature gradient of approximately 0.5 - 1.0℃/meter. In contrast, gas radiant heating radiates directly downward, allowing the ground to accumulate heat, resulting in a smaller indoor air temperature gradient and a corresponding reduction in heat loss from the upper part of the building.&nbsp;


	 


	Improving energy utilization efficiency: Gas loss during transportation is minimal, and the radiators burn fully, allowing the entire heating system's heat to be fully utilized. In contrast, traditional radiator heating systems have a heat loss of 10-15% along the way from the boiler. The thermal efficiency of gas radiant heating is higher.&nbsp;


	 


	Reduce energy conversion links: Gas radiant heating eliminates the energy conversion link of transforming high-temperature flue gas heat energy into low-temperature heat medium (hot water or steam) heat energy, and has a low flue gas temperature and high thermal efficiency, avoiding energy loss during the conversion process.&nbsp;


	 


	<img src="http://www.xxt268.com/Uploads/image/20250709/20250709092241_93528.jpg" alt="" /> 


	 


	The Advantages of IMPRESIND Gas Radiant Heating System&nbsp; 


	 


	High Efficiency and Energy Saving: This system breaks the conventional mold with "precise radiation", directly heating objects and the ground via infrared rays, reducing ineffective heat convection and saving 30% to 50% energy compared to traditional methods. The micro-positive pressure fan in the generator precisely controls the mixture ratio of gas and air, achieving a combustion efficiency of up to 90%. An internal flue gas recirculation device enables efficient recovery and utilization of 70% of the residual heat from flue gas, lowering the exhaust gas temperature and reducing heat loss.&nbsp;


	 


	Precise temperature control: The system is flexible in operation, with each set of equipment capable of independent operation. It can be managed through individual control panels or a centralized system. Users can control temperature by time and zone as needed. A single control box can manage up to 59 sets of equipment, ensuring that every degree of heat is released as required and minimizing energy consumption.&nbsp;


	 


	Strong adaptability: It features a professional deepened design system. Through a precise three-stage process of heat load calculation review, equipment layout scheme design, and operation optimization calculation, it can dynamically calibrate parameters and customize solutions based on different scene requirements. The length of the radiant tubes can be flexibly spliced within 2-6 meters according to the space height, and the installation method can be adjusted in multiple dimensions, making it tailor-made for various large industrial buildings.&nbsp;


	 


	Safety and environmental protection: The generator adopts a dual-fan, micro-positive pressure and negative pressure system design, with dual differential pressure switches configured to ensure stable flame and prevent flame overflow, guaranteeing combustion safety. Meanwhile, the flue gas recirculation device not only saves energy but also effectively suppresses the formation of nitrogen oxides, achieving a dual breakthrough in energy conservation and environmental protection.&nbsp;


	 


	High level of intelligence: It is equipped with a set of intelligent software that works in coordination with the heating system, which can enhance control accuracy and operational safety, and reduce losses caused by operational errors. It can also be set to various operation modes such as comfortable and economical, night duty, and holidays, further optimizing energy usage.&nbsp;


	 


	<img src="http://www.xxt268.com/Uploads/image/20250709/20250709092348_21034.jpg" alt="" /> 


	 


	The Application of IMPRESIND Gas Radiant Heating System&nbsp; 


	 

IMPRESIND gas radiant heating system is suitable for various large industrial buildings. It has been successfully applied in the heating of the No. 1 Hangar of China Southern Airlines at Beijing Daxing Airport, the heating renovation of the maintenance hangar of China Southern Airlines at Urumqi Airport, the heating of the freight warehouse in the Ordos Comprehensive Bonded Zone, the heating of the Coca-Cola beverage processing plant in Heilongjiang, and the heating of the logistics warehouse of the Langfang Mail Processing Center of China Post. It has demonstrated excellent heating performance and energy-saving advantages in various fields, including aviation maintenance, industrial production, and warehousing logistics, making it the preferred solution for heating large industrial spaces.

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Analysis of the Application of IMPRESIND Gas Radiant Heating System in Industrial High Spaces Buildings