草草久久久,a一级黄色网,久久婷婷五月综合尤物色国产

Case analysis of gas infrared radiation heating in building with large space-3

time：2023-06-15
hits：2156次
source：正弘奧能

The heating and heating of tall space industrial plants has been a headache for tall space owners, especially factory workshop leaders.The factory has a lot of investment, but the heating effect is general;The heating is affordable, but the running costs are too high.So, how to solve the tall space industrial plant?


	 


	Gas infrared radiation heating is the use of natural gas, liquefied petroleum gas or artificial gas and other combustible gas, burning in a special combustion device - radiation tube and radiation of various wavelengths of infrared radiation heating.Since radiant heat is not absorbed by the atmosphere, it is absorbed by various objects such as buildings, human bodies, equipment, and so on, and is converted into heat energy.The body that absorbs the heat rises in temperature, and again heats other objects around it, such as the atmosphere, in the form of convection.Therefore, the atmospheric temperature inside the building does not produce a serious vertical imbalance.Therefore, it has a high utilization rate of heat energy and makes the human body feel very comfortable.Therefore, gas infrared radiation heating is an ideal heating method for tall Spaces such as industrial plants.


	 


	Gas infrared radiation heating has the advantages of high thermal efficiency, low heat loss, low operating costs, high intelligence, no noise, environmental protection and clean.The gas radiant heating equipment promoted and sold by Beijing Leadway Power Co., LTD., the independent heater is installed outside the building, and the radiation tube is installed above the building space, which does not occupy the building space.Radiant heat directly radiates downward, the ground can also store part of the heat, indoor air temperature gradient is small, reduce heat consumption under the premise of ensuring comfort, to achieve the purpose of energy saving, thus reducing operating costs.


	 


	<img src="http://m.daanda.com.cn/Uploads/image/20230615/20230615152841_83366.png" alt="" />


	 


	Application example of gas infrared radiation heating technology -- Coca-Cola (Heilongjiang) Beverage Co., LTD. Relocation and expansion project 


	 


	Project Overview: 


	The construction area of the project is 200,000 square meters, the total investment is 74 million yuan, and the design capacity is 600,000 t/a.This plant is its largest production base in Northeast China, the use of the company's products to ensure the operating conditions of the entire heating season, as well as the working environment needs of personnel.


	 


	Project features: 


	1. Large area of doors and Windows, large heat transfer coefficient of enclosure structure.


	2. The temperature gradient in the building is large, and the air stratification is more serious, resulting in heat on the top and cold on the bottom, resulting in faster heat dissipation on the roof.


	3. The building is tall and has high temperature requirements, so it needs to be heated faster.


	4. The outer wall and the floor area of the tall space are relatively large, resulting in a greater impact of the external interface on the natural convection of the indoor space, and it is easy to cause cold air to fall around in winter.


	 


	The project selected IMPRESIND infrared gas radiation heating TUB-ONE series products of Beijing Leadway Power Co., LTD., fully embodies the advantages of high-power gas radiation heating equipment in tall space applications.


	 


	<img src="http://m.daanda.com.cn/Uploads/image/20230615/20230615152906_68049.png" alt="" />

av黄色_亚洲更新最快无码视频_亚洲在线www_成人av网址在线_自慰无码一区二区三区_国产乱码精品一区二区

Case analysis of gas infrared radiation heating in building with large space-3