Focus on carbon equipment
The environmentally friendly, energy-saving, smokeless charcoal machine equipment manufactured by Dingli coconut shell charcoal machine equipment manufacturers can easily pass the environmental assessment.
The flue gas produced by the Dingli coconut shell carbon powder machine equipment in the carbonization process is then sprayed, cooled, purified and other processes, so that the combustible gas produced can undergo secondary combustion. According to the cycle in this way, the heat generated by the body is used to burn the body itself, so as to achieve the effect of energy saving. Moreover, after the flue gas in this process is purified in the pipeline, there is no flue gas in the production environment, which is environmentally friendly and meets the national exhaust gas discharge standard. The carbonization temperature in the production process is about 500°C; the highest temperature can reach 600-900°C. According to different raw materials, the output of equipment is also different. According to the needs of users, the production line can be automatically controlled by PLC.
Zhengzhou Dingli is a professional manufacturer of charcoal machines. It has a design and manufacturing team of 18+ and professional installation and after-sales service personnel. Welcome to visit the factory.
Carbonizing machines are usually equipped with advanced temperature control systems that can achieve automatic temperature regulation. For example, the heat distributor can adjust the distribution of hot air flow during the operation of the carbonizing ma
The working principle of the carbonization machine is mainly to burn the material in a gasification furnace to produce flue gas. After the flue gas purification system filters out the wood tar smoke and other gas impurities, the flue gas is transmitted to
The vulnerable parts of the carbonizing machine (the carbonizing part of the charcoal machine can also be called the carbonizing machine) mainly include but are not limited to the following:
The yellow smoke (yellow smoke) produced during the carbonization process mainly comes from the thermal decomposition of raw materials, and contains organic compounds such as benzene, naphthalene, phenanthrene, phenol and derivatives, as well as harmful g