Rice hull carbonization furnace

  Rice husk is very suitable for the continuous process of rice husk carbonization equipment to process rice husk charcoal, because the rice husk not only has the same size, but also has a relatively low moisture content and no problem with fluidity.
The main product of rice husk carbonization is rice husk carbon. Because of its special hollow structure, rice husk carbon can be used in steelmaking plants as auxiliary materials such as steelmaking covering agents, and can also be used as carbon-based fertilizer to improve soil. Rice husk charcoal is often used in the planting of some flowers and seedlings, and it can also be used as a clean fuel.

The main body of the carbonization stove machine is nested by inner and outer cylinders. When working, the material first enters the inner cylinder for drying and preheating treatment, and then enters the outer cylinder for carbonization treatment. The outer cylinder is wrapped and heated by a wood gas combustion chamber. Since the outer cylinder is directly heated by a high-temperature flame, we consider the outer cylinder made of stainless steel in terms of service life. The long-term normal working temperature in the high-heat zone of the outer cylinder will reach about 700 degrees, and the local high temperature will reach about 800 degrees; the preheated and dried materials will slowly pass through the high-temperature zone to undergo cracking and carbonization reactions. The main engine of the carbonization machine adopts a variable frequency speed regulation motor, which can adjust the cylinder speed at any time according to factors such as changes in material particle size and moisture, and control the product carbonization temperature and carbonization time.

The continuous carbonization machine rationally adopts the advanced technology of recycling, purifying, and circulating combustion of combustible gases such as carbon monoxide, methane, and oxygen produced during the carbonization process of materials. That is to say, it solves the problem of pollution to the environment caused by the dense smoke produced by ordinary carbonization furnaces in the carbonization project, and also solves the problem of heat energy required by the equipment

​Raw materials
seeds; shells and pits of tree-fruits;wood chips;bamboo;shrubby and other plant materials, the fraction of which is from 5 to 30 mm with a moisture content of not more than 15%.

wood chips                                coconut shells                              hazelnut shells                                rice husk                                                   bamboo                                  Walnut shells

Received product：

BBQ charcoal:

  charcoal：Charcoal is a common solid fuel produced by subjecting wood to high temperatures in a low-oxygen environment. It is an ideal choice for grilling, stoves, and fireplaces.

  Biochar：

Biochar, as a fertilizer or hydroponic growth intended for the agricultural industry, is made from plant raw materials and does not contain harmful substances.

Shisha charcoal：

Shisha charcoal, also known as hookah or water pipe charcoal, is specially crafted for the traditional art of hookah smoking. Made from natural materials like coconut shells or bamboo.

  shisha charcoal                 coconut shell activated carbon               hazelnut charcoal                      rice husk biochar                                bamboo charcoal                            Walnut shell charcoal

Activated carbon:

Activated carbon, a powerful adsorbent, purifies air and water by trapping impurities and chemicals. Its high surface area and porosity make it efficient in removing toxins, odors, and pollutants. An eco-friendly solution for cleaner and safer environments

 The professional experimental testing team can provide experiments and testing of various key data such as fixed carbon content and ash content. Provide you with reliable solutions.

1. High-efficiency continuous production: The continuous carbonization furnace allows uninterrupted production, significantly increasing production efficiency and capacity compared to batch-type furnaces.

2. Energy-saving: Continuous operation of the carbonization furnace enables better utilization of heat energy, reducing energy consumption and production costs.

3. Stable temperature control: The continuous carbonization furnace is typically equipped with advanced temperature control systems, enabling real-time monitoring and adjustment of the internal temperature, ensuring process stability and improving product quality and uniformity.

4. High automation level: Advanced automation control technology is employed in continuous carbonization furnaces, enabling automated operations, reducing human intervention, and enhancing production stability and reliability.

5. Strong adaptability: Continuous carbonization furnaces are suitable for various materials of different sizes and shapes, allowing adjustments and optimization according to specific process requirements.

6. Environmentally friendly and energy-efficient: Continuous carbonization furnaces facilitate effective exhaust gas treatment and energy recovery during operation, reducing environmental impact and complying with sustainable development requirements.

7. Reduced human intervention: Due to their continuous operation nature, continuous carbonization furnaces minimize the need for operator intervention in the production process and reduce exposure to high-temperature environments, thereby improving safety.