Biomass Pyrolysis Polygeneration Carbonization System
Solution 1:Parameter Of Carbonization Equipment Waste Heat Utilization System 
Model |
HQ-BC300 |
HQ-BC500 |
HQ-BC1000 |
Size |
L9000*W2350*H2700,2 piece
L6000*W2350*H2700,1 piece |
L12000*W2350*H2700,2 piece
L6000*W2350*H2700,1 piece |
L12000*W2350*H2700,3 piece
L9000*W2350*H2700,1 piece |
Fuel Performance/H |
5000kW |
8400Kw |
16800kW |
Biomass Annual Processing Capacity |
9000 tons/year |
15000 tons/year |
30000 tons/year |
Annual Production Of Biochar |
2250 tons/year |
3750 tons/year |
7500 tons/year |
Heat Output |
1450kW |
2400kW |
4800kW |
Annual Run Time |
7500H |
7500H |
7500H |
The lower calorific value of fuel is 3600 kcal/kg |
Solution 2:Carbonization Equipment Waste Heat Drying System
Model |
HQ-BC300 |
HQ-BC500 |
HQ-BC1000 |
Size |
L9000*W2350*H2700,2 piece
L6000*W2350*H2700,2 piece |
L12000*W2350*H2700,2 piece
L6000*W2350*H2700,2 piece |
L12000*W2350*H2700,2 piece
L6000*W2350*H2700,3 piece |
Fuel Performance/H |
5000kW |
8400kW |
16800kW |
Biomass Annual Processing Capacity |
9000 tons/year |
15000 tons/year |
30000 tons/year |
Annual Production Of Biochar |
2250 tons/year |
3750 tons/year |
7500 tons/year |
Heat Output |
1225kW |
2040kW |
4080kW |
Annual Run Time |
7500H |
7500H |
7500H |
The lower calorific value of raw materials is 3600 kcal/kg |
Solution 3:Carbonization Equipment Pyrolysis Power Generation Waste Heat Recovery System
Model |
HQ-BC300 |
HQ-BC500 |
HQ-BC1000 |
Size |
L12000*W2350*H2700,2 piece
L9000*W2350*H2700,1 piece
L6000*W2350*H2700,2 piece
500kw Generator cabinet,2 piece |
L12000*W2350*H2700,3 piece
L6000*W2350*H2700,2 piece
500kw Generator cabinet,3 piece |
L12000*W2350*H2700,5 piece
L6000*W2350*H2700,2 piece
500kw Generator cabinet,6 piece |
Fuel Performance/H |
5000kW |
8400kW |
16800kW |
Biomass Annual Processing Capacity |
9000 tons/year |
15000 tons/year |
30000 tons/year |
Annual Production Of Biochar |
2250 tons/year |
3750 tons/year |
7500 tons/year |
Generating Power |
800kW |
1350kW |
2700kW |
Heat Output |
800kW+800kW |
1350kW+1350kW |
2700kW+2700kW |
Annual Run Time |
7500H |
7500H |
7500H |
The whole process requires an external auxiliary heat source |
Solution 4:Carbonization Equipment Docking Boiler Waste Heat Recovery System

Model |
HQ-BC300 |
HQ-BC500 |
HQ-BC1000 |
Size |
L12000*W2350*H2700,1 piece
L9000*W2350*H2700,1 piece
L6000*W2350*H2700,1 piece |
L12000*W2350*H2700,2piece
L6000*W2350*H2700,1 piece |
L12000*W2350*H2700,2 pieceL9000*W2350*H2700,2 piece |
Fuel Performance/H |
5000kW |
8400kW |
16800kW |
Biomass Annual Processing Capacity |
9000 tons/year |
15000 tons/year |
30000 tons/year |
Annual Production Of Biochar |
2250 tons/year |
3750 tons/year |
7500 tons/year |
Heating Boiler Power |
700kW |
1400kW |
2800kW |
Heat Output |
800kW |
1050kW |
2100kW |
Annual Run Time |
7500H |
7500H |
7500H |
Advantages & Features of Biomass Pyrolysis Polygeneration Carbonization System
Technical Principle
1.The waste treatment process is not incineration, but harmless and cracking process (500-800 ℃). All organic hazardous substances (such as solvents, plastic particles, lubricants and release agents, pharmaceutical residues, PFAS, PCBS, PAK, etc.) can be eliminated during carbonization.
2.Mineral pollutants (Hg, Cd, etc.) will be separated or inert and will not return to the environment.
3.The entire recycling process is a self-heating reaction and provides a positive energy balance: only the energy generated during the carbonization of the waste is needed to drive the equipment.
4.The heat energy generated can be used on the project site or connected to the local heating network.
5.Waste reduction quantity and cost reduction: up to 95%.
Technical Features
1.Energy saving: The carbonization process produces a positive energy balance and the entire self-heating process can be sustained only by the energy from the waste.
2.Wide range of materials: biomass, municipal sludge, mixed waste, industrial sludge, etc.
3.Safety & cleanliness: Filter equipment is used as required, and exhaust emissions are in full compliance with relevant regulations.
4.High-value derivatives: renewable energy, and high-value biochar depending on feeding raw material quality.
5.Carbon dioxide balance: The carbonization process converts most of the carbon element into a long-term stable solid form, thereby reducing the emission of carbon dioxide into the atmosphere as a greenhouse gas.
Product Application
1.Biochar: High quality and biological value. With Haiqi equipment, you can get clean biochar with high porous structure and biological value from biomass.
2.Depending on the degree of finishing, the resulting biochar can be used in the market as: natural soil conditioner to improve soil nutrient absorption and water holding capacity, promote soil microbial/humus accumulation natural feed additives and bedding, thereby improving animal health and improving the ecological environment of the cordage.
3.The additives in the biogas process can improve the gas production and protect the sensitive biological filter particles in the form of activated carbon or activated biochar.
4.Cosmetics and pharmaceutical additives are used as activated carbon or activated biochar.
5.Phosphate fertilizer: You can obtain high-value feedstock from municipal sludge, which is proven to carbonize, harmless, and make a phosphate fertilizer matrix for reuse.
Benefits Of Modularity And Automatic Control
1.Haiqi carbonization systems are installed in modular containers, and they can flexibly handle various types of biomass materials.
2.Lower installation costs, higher efficiency and reliability make this series of equipment an ideal solution for waste utilization and recycling.
3.The material pyrolysis unit consists of high quality stainless steel and nickel-based alloy materials for optimum performance in all scenarios.
4.The system adopts modular intelligent energy management system, and users can monitor and control through mobile terminal and PC terminal, so as to realize unattended.
Biomass Pyrolysis Polygeneration Carbonization System Flow Chart
Biomass Pyrolysis PolygenerationCarbonization System By-Product Drawing
Biomass Pyrolysis Polygeneration Carbonization System Application Diagram
Biomass Raw Material Types