How does the machine-made charcoal processing equipment make charcoal environmentally friendly and smokeless?

Kaibang Machinery is a professional Charcoal machine equipment manufacturer. We are an old brand enterprise with many years of production experience. The equipment shipped is a new generation of environmentally friendly machine-made charcoal processing equipment. It adopts superconducting technology. It not only heats up quickly and saves energy, but also has strong density and good forming of firewood sticks. It has higher calorific value, less ash, no pollution and easy packaging than traditional charcoal. In the production process, if the raw material is large, it can be equipped with a crusher, and if the raw material has too much moisture, it can be equipped with a dryer. This equipment crushes the raw material into particles less than 10mm, and after drying or drying, the moisture content is less than 12%. It enters the stick making machine and is made into a stick shape by high temperature and high pressure (without adding any additives), and then puts it into the carbonization furnace to stop carbonization, and then it becomes charcoal. Environmentally friendly charcoal machine is a popular charcoal making machine in the current market. It has a bright development prospect and does not pollute the environment when producing charcoal.

However, environmental protection does not mean no smoke and dust, so how does the charcoal machine achieve no pollution? This is about the carbonization furnace equipment. The carbonization furnace is equipped with a high-grade filter, which can quickly decompose the moisture and tar in the smoke to achieve a smoke-free and environmentally friendly effect. The environmentally friendly carbonization furnace is also called a flow carbonization furnace or a hoisting carbonization furnace. It includes a furnace body, a furnace cover, a heating chamber, and an exhaust pipe. A carbonization liner is installed in the furnace of the furnace body, and a cover is installed on the carbonization liner. The upper edge of the carbonization liner is fixed with a downwardly folded annular flange, and the downwardly folded annular flange is matched with the annular sealing ring fixed on the upper inner side of the furnace. Hanging ears are fixed on the side wall of the carbonization liner, the upper cover of the carbonization liner, and the furnace cover. The carbonization furnace and the combustion chamber of the utility model are separated, and a movably installed carbonization inner liner is adopted to realize continuous operation. One furnace body can be equipped with multiple carbonization inner liner. When replacing the carbonization inner liner, there is no need to do preheating treatment. The cooling of the carbonization inner liner is completely separated from the furnace body, thereby greatly improving the carbonization work efficiency, saving the number of equipment, saving labor and expenditure, having a good sealing effect, and having a simple and novel overall structure. The operation is simple and safe, easy to manufacture, and is very conducive to promotion and implementation.