There are many heating needs in industrial workshops, but to truly ensure good heating effects, it is necessary to choose appropriate heating methods according to needs and have them installed by professional construction teams. What does it specifically include? Let's take a look.
Workshop heating method - boiler heating method.
Boiler heating indirectly meets the needs of heating equipment or the human body by heating the air in the workshop with a gas boiler. It consists of a separate boiler room, pipelines, radiators, etc. Installation is complex and maintenance is troublesome. This heating method has good comfort, but the heating time is long, cannot be directional heating, cannot control the temperature separately, has poor flexibility, and is severely wasted.
Workshop heating method - hot blast furnace.
The hot air stove is composed of the main body, chimney, fan, electronic temperature measurement equipment, intake duct, return duct, ventilation device, etc. It is quite complex and installation is also very troublesome. This method also achieves the purpose of heating by heating the air. The heating time is long, the thermal energy utilization rate is relatively low, and it is particularly prone to dust. It requires coal or other fuels and requires dedicated management.
Workshop heating method - industrial heater.
Industrial air heaters are composed of air heaters, fans, ducts, etc. The heater is responsible for heat dissipation, and the fan is responsible for delivering, achieving the purpose of regulating room temperature. This heating method has good mobility, but it has noise pollution, complex installation, and maintenance troubles, which can cause fluctuation pollution and is not suitable for factories with high environmental requirements.
Workshop heating method - infrared radiation heating.
Infrared radiation heating adopts cash heating technology to provide infrared radiation heating equipment for high space workshops. In this way, only devices or human bodies that emit direct infrared radiation can be absorbed, resulting in low energy consumption. The installation is very simple, maintenance is convenient, and there is no pollution or noise. It provides no light infrared radiation, which can bring people good sensory enjoyment and has good therapeutic effects.
These heating methods have their own advantages and disadvantages, and are suitable for heating different industrial workshops and factories. They need to be tailored to local conditions and needs.
Large workshops are generally relatively high in height and have a relatively large space, making it difficult to ensure the heating effect compared to ordinary residential buildings. The requirements for construction structures, heating loads, and required heat sources in industrial workshop heating planning are closely related to the construction and structural disciplines. In order to achieve the required temperature for heating, reduce energy consumption, and save costs, it is necessary to adopt corresponding energy-saving methods:
1. The walls of the factory can be insulated with glass wool board extruded board or similar materials;
2. The factory can be equipped with a door hopper to maintain less cold air infiltration and avoid ventilation; Electric heating curtains can be installed on both sides of the door to prevent cold wind when the door is opened;
3. The factory should minimize the installation of ventilation external windows, and the roof skylights should use double-layer skylights for ventilation. They can be opened in summer and closed in winter, with tight sealing to reduce the infiltration of cold air from windows and walls.
The heating planning of high-rise buildings such as industrial factories is based on the maintenance of structural characteristics and parameters of the factory building. After obtaining theoretical heating, energy-saving and environmentally friendly heating methods are selected to achieve heating effects. If the planning parameters are far from the actual distance, it will lead to violation of load calculation and insufficient load. Therefore, the maintenance structure of high-rise buildings must consider details such as doors, roofs, walls, and windows to meet the load planning requirements as much as possible and achieve energy conservation and consumption reduction.
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