Focus on carbon equipment
The treatment of tar produced during the production of carbonization machines is an important environmental issue. The following are several common treatment methods:
1. Condensation recovery: Separate tar from gas through a condenser.
The gas generated during the carbonization process is introduced into the condenser, the gas is cooled, and the tar is condensed into liquid; the condensed tar is collected for storage or further treatment.
2. Combustion treatment: Convert tar combustion into heat or other energy.
The tar is introduced into the combustion furnace, and the tar is burned at high temperature to generate carbon dioxide and water, and the heat energy generated by the combustion is utilized.
3. Adsorption treatment: Use adsorbents to adsorb tar.
Select appropriate adsorbents (such as activated carbon), let the gas pass through the adsorption bed, the tar is adsorbed, and the adsorbent is replaced or regenerated regularly.
4. Biological treatment: Use microorganisms to degrade tar.
The tar is introduced into the bioreactor, and the microorganisms degrade the tar into harmless substances. The treated gas is discharged or further utilized.
5. Chemical treatment: Decompose tar through chemical reactions.
Select appropriate chemical reagents (such as oxidants), mix tar with reagents, react, collect reaction products, and carry out subsequent treatment.
6. Comprehensive treatment: Combine multiple methods to treat tar.
Select a suitable combination of methods according to the characteristics of tar. Carry out condensation, adsorption, combustion and other treatments in sequence. Ensure that the final emissions meet environmental standards.
In the process of treating tar, the carbonization machine needs to comply with environmental protection laws and regulations, ensure that emissions meet standards, regularly maintain the equipment, and ensure the treatment effect. The treated tar should be properly stored or disposed of to avoid secondary pollution. If you have any carbonization equipment needs, please feel free to contact us by phone!
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