









 
					 Environmental Friendliness:    By recycling and purifying combustible gases such as carbon monoxide, methane, and oxygen, harmful emissions during the carbonization process are reduced, leading to a decrease in environmental pollution. This contributes to the protection of the surrounding ecosystem and air quality.
 Environmental Friendliness:    By recycling and purifying combustible gases such as carbon monoxide, methane, and oxygen, harmful emissions during the carbonization process are reduced, leading to a decrease in environmental pollution. This contributes to the protection of the surrounding ecosystem and air quality. Energy Self-Sufficiency:   Through the cyclic combustion of combustible gases, your charcoal furnace can generate the required thermal energy, reducing dependence on external energy sources and enhancing the economic efficiency of the carbonization process.
 Energy Self-Sufficiency:   Through the cyclic combustion of combustible gases, your charcoal furnace can generate the required thermal energy, reducing dependence on external energy sources and enhancing the economic efficiency of the carbonization process.  Continuity:     With the adoption of this advanced technology, the charcoal furnace can achieve higher levels of continuity, reducing downtime and maintenance periods, thereby improving production efficiency.
  Continuity:     With the adoption of this advanced technology, the charcoal furnace can achieve higher levels of continuity, reducing downtime and maintenance periods, thereby improving production efficiency. Cost-Effectiveness:   By fully utilizing agricultural and forestry residues as raw materials and supplying its own energy needs, the furnace can lower production costs, enhancing its cost-effectiveness.
 Cost-Effectiveness:   By fully utilizing agricultural and forestry residues as raw materials and supplying its own energy needs, the furnace can lower production costs, enhancing its cost-effectiveness. Resource Utilization:  The transformation of agricultural and forestry residues into charcoal products results in efficient resource utilization, minimizing waste generation and providing valuable products for production.
 Resource Utilization:  The transformation of agricultural and forestry residues into charcoal products results in efficient resource utilization, minimizing waste generation and providing valuable products for production. High automation:    This equipment incorporates an intelligent control system, saving labor and advancing towards high efficiency, automation, and intelligence.
 High automation:    This equipment incorporates an intelligent control system, saving labor and advancing towards high efficiency, automation, and intelligence. Utilization of renewable energy:  During the carbonization process, it can automatically collect tar, wood vinegar liquid, and combustible gases, enabling the efficient utilization of renewable energy.
 Utilization of renewable energy:  During the carbonization process, it can automatically collect tar, wood vinegar liquid, and combustible gases, enabling the efficient utilization of renewable energy.| Model | 800 | 1000 | 1200 | 1500 | 1800 | 2000 | 
| Number of cylinder layers | Single | Single | Double | Double | Double | Double | 
| Cylinder diameter | 800mm | 1000mm | 1200/700mm | 1500/900mm | 1800/1200mm | 2000/1500mm | 
| Capacity | 200-300kg/h | 300-400kg/h | 450-600kg/h | 600-800kg/h | 800-1000kg/h | 1000-1200kg/h | 
| Cylinder material | 309S/310S/316L | 309S/310S/316L | 309S/310S/316L | 309S/310S/316L | 309S/310S/316L | 309S/310S/316L | 
| Power | 1.5kw | 2.2kw | 5.5kw | 7.5kw | 11kw | 15kw | 
| Temerature | 500-800ºC | |||||
| Carbonization time | 20-60min | |||||
| Raw material particle size | ≤4cm | |||||
| Heating method | indirect heating | |||||
| Operation mode | continuously working | |||||
| Control method | PLC control | |||||
| Induced draft fan power | 1.5kw | 2.2kw | 7.5kw | 11kw | 18.5kw | 22kw | 
| Preheat burner model | 10kcal×3 | 10kcal×4 | 15kcal×4 | 20kcal×4 | 30kcal×4 | 30kcal×6 | 
| Preheat burner fuel | Fuel oil/gas/biomass/coal gas/biomass synthesis gas | |||||
 
                        
                            Ningxia Yongruida Carbon Co,.Ltd  was founded in 
                            2003.With an area of over 50000 square meters ,our 
                            factory is located in the city of Shizuishan Ningxia .