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Biomass Carbonization Polygeneration Power Generation System
Check Our Solutions
Generation System
Biomass Carbonization Polygeneration Power Generation System

Biomass Carbonization Polygeneration Power Generation System
Biomass Carbonization Waste Heat Supply Steam Drying System
Biomass Carbonization Waste Heat Power Generation Drying System
1. Biomass Carbonization System
2. Rotary Drying System
3. Stepping Feeder
4. Biomass Gasification System
5. Belt Conveyor
6. Shredder
7. Waste Heat ID Fan
8. Stepping Feeder
9. DCS Control System
10. Underground Tar Collection System
11. SCR System
12. Gas Negative Pressure System
13. Carbonization Biochar Discharge System
14. Low Nitrogen Burning System
15. Waste Heat Boiler System
16. Waste Heat Boiler System
17. Tar Capture System
18. Gas Power Generation System
19. Gas Heat Supply System
20. Biomass Gasification Biochar Discharge System
1
Biomass Carbonization System
2
Rotary Drying System
3
Stepping Feeder
4
Biomass Gasification System
5
Belt Conveyor
6
Shredder
7
Waste Heat ID Fan
8
Stepping Feeder
9
DCS Control System
10
Underground Tar Collection System
11
SCR System
12
Gas Negative Pressure System
13
Carbonization Biochar Discharge System
14
Low Nitrogen Burning System
15
Waste Heat Boiler System
16
Waste Heat Boiler System
17
Tar Capture System
18
Gas Power Generation System
19
Gas Heat Supply System
20
Biomass Gasification Biochar Discharge System
1. Biomass Carbonization System
2. Hot Air Stove
3. SNCR System
4. Low Nitrogen Combustion System
5. Negative Collection System
7. Biochar Cooler
8. Biochar Discharge System
9. Step Feeder
10. Belt Conveyor
11. Rotary Drying System
12. Waste Heat Boiler System
13. Belt Conveyor
14. Multi-cyclone Dust Collector
15. SCR System
16. Bag Filter
17. lD Fan
18. Chimney
19. DCS Control System
20. Underground Tar Collection System
21. Shredder
1
Biomass Carbonization System
2
Hot Air Stove
3
SNCR System
4
Low Nitrogen Combustion System
5
Negative Collection System
7
Biochar Cooler
8
Biochar Discharge System
9
Step Feeder
10
Belt Conveyor
11
Rotary Drying System
12
Waste Heat Boiler System
13
Belt Conveyor
14
Multi-cyclone Dust Collector
15
SCR System
16
Bag Filter
17
lD Fan
18
Chimney
19
DCS Control System
20
Underground Tar Collection System
21
Shredder
1. Biomass Carbonization System
2. Hot Air Stove
3. SNCR System
4. Low Nitrogen Combustion System
5. Negative Collection System
7. Biochar Cooler
8. Biochar Discharge System
9. Step Feeder
10. Belt Conveyor
11. Rotary Drying System
12. Waste Heat Boiler System
13. ORC/Steam Turbine
14. Belt Conveyor
15. Multi-cyclone Dust Collector
16. SCR System
17. Bag Filter
18. lD Fan
19. Chimney
20. DCS Control System
21. Underground Tar Collection System
22. Shredder
1
Biomass Carbonization System
2
Hot Air Stove
3
SNCR System
4
Low Nitrogen Combustion System
5
Negative Collection System
7
Biochar Cooler
8
Biochar Discharge System
9
Step Feeder
10
Belt Conveyor
11
Rotary Drying System
12
Waste Heat Boiler System
13
ORC/Steam Turbine
14
Belt Conveyor
15
Multi-cyclone Dust Collector
16
SCR System
17
Bag Filter
18
lD Fan
19
Chimney
20
DCS Control System
21
Underground Tar Collection System
22
Shredder
Generation System
Advantages & Features
Haiqi Focus on Alternative Energy Services,Customized solutions for long-term operations and maintenance for projects of all sizes.
Technical Principle
1.Organic biomass waste carbonization machine takes agricultural/forestry organic waste (such as: rice husk, wood chips, straw, pharmaceutical residues, coconut shell, palm fiber, cow dung, etc.) as raw materials, through raw material crushing, drying dehydration, high temperature anoxic carbonization and other comprehensive treatment technology, rapid carbonation cracking, equipment can automatically run after set parameters, without manual operation.
2.Biomass resources are reduced by 65%-80% in the pretreatment process of the front section.
3.The waste flue gas is discharged after treatment to meet the standards. Additional products such as tar and wood vinegar can be recycled. 20%-35% of solid carbon powder can be further processed into various carbon products and can also be used as fuel.
4.The whole treatment process is pollution-free, there is no secondary pollution, in line with the national biomass organic waste treatment of "reduction, harmless, resource" in site treatment principles.
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.
Generation System
Biomass Carbonization Polygeneration Power Generation System Flow Chart
Lower installation costs, higher efficiency and reliability make this series of equipment an ideal solution for waste utilization and recycling.




 


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Generation System
Biomass Carbonization Polygeneration Power Generation System By-Product Drawing
The carbonization process produces a positive energy balance and the entire self-heating process can be sustained only by the energy from the waste.wide range of materials: biomass, municipal sludge, mixed waste, industrial sludge, etc.

Parameters
Parameter Of Biomass Carbonization Polygeneration Power Generation System
Parameter Of Biomass Carbonization Polygeneration Power Generation System
Parameter Of Biomass Carbonization Waste Heat Supply Steam Drying System
Parameter Of Biomass Carbonization Waste Heat Power Generation Drying System
  System Model CNBC-300 Carbonization Power Generation System CNBC-500 Carbonization Power Generation System CNBC-1000 Carbonization Power Generation System CNBC-1500 Carbonization Power Generation System  
Gasification System
(Heating)		 Gasifier Model HQSR-1400 HQSR-1800 HQSR-2400 HQSR-2400  
Feed Requirement Particle Size ≤3-5cm, Moisture Content ≤15%~25%, Materials Easy To Flow  
Heating Capacity of Gasifier 850,000 kcal 1,500,000 kcal 3,000,000 kcal 3,000,000 kcal  
Feed Capacity of Gasifier (kg/h) ≈350 ≈600 ≈1200 ≈1200  
Biochar Output from Gasifier (kg/h) ≈35 ≈60 ≈120 ≈120  
Gasfier Footprint m² 100 120 160 180  
Operating Power Consumption (kw) 25 30 35 40  
Drying System Drying Equipment Specification φ1.2m*15m φ1.5*18m φ1.8*18m φ2.8*20m  
Feed Rate 5-6m³/h 8-10m³/h 16-20m³/h 24-30m³/h  
Operating Power Consumption (kw) 25 30 40 50  
Syngas Purification System Purification Module A ESP C-9, Processing Capacity 1200m³/h ESP C-13, Processing Capacity 1800m³/h ESP C-29, Processing Capacity 3500m³/h ESP C-48, Processing Capacity 5500m³/h  
Purification Module B ESP C-9, Processing Capacity 1200m³/h ESP C-13, Processing Capacity 1800m³/h ESP C-29, Processing Capacity 3500m³/h ESP C-48, Processing Capacity 5500m³/h  
Carbonization System Carbonization Equipment Model CNBC-300 CNBC-500 CNBC-1000 CNBC-1500  
Feed Rate 5-6m³/h 8-10m³/h 16-20m³/h 24-30m³/h  
Biochar Output from Carbonization Furnace (kg/h) 250～300 380～500 800～1000 1250～1500  
Main Furnace Material 304/310S  
Heating Source Diesel, Natural Gas, Biomass Pyrolysis Gas, etc  
By-products (Optional) Biochar, Wood Tar, Wood Vinegar, Heat/Electricity, Carbon Sink, etc  
Heating Method Indirect Heating  
Working Pressure Micronegative Pressure  
Structure Single Drum, Single Furnace  
Transmission Mode External Gear Drive  
Feed Requirement Particle Size ≤2cm, Moisture Content ≤15%, Materials Easy To Flow  
Flue Gas Purification Type Dry Dust Removal System  
System Footprint m² 150 180 200 240  
Cooling Method Circulating Water Cooling for Heat Exchange  
Emission Standard EU2019  
System Noise ≤65dB  
System Operation And Maintenance Personnel                             2 People Per Shift  
Internal Combustion Power Generation System Model of Internal Combustion Generator Set 500KW D8300 Generator 500KW D8300 Generators *2 Sets 500KW D8300 Generators *4 Sets 500KW D8300 Generators *6 Sets  
Type In-line, Water-cooled, Four-stroke, Spark Plug Ignition, Non-pressurized  
Starting Mode Compressed Air Starting  
Generating Power (kw) 350～450KW 750～880KW 1500～1760KW 2400～2640KW  
Overall Dimensions (L × W × H) (mm) 6400×1600×3100  
Number of Phases and Connection Three-phase Four-wire  
Voltage/Frequency 10KV/400V/50Hz/60HZ  
System Run Time Annual Running Time 7500H 7500H 7500H 7500H  
Number of Containers For Loading Number of Containers (PCS) 17 23 28 34  
 
System Positon System Model CNBC-100 CNBC-200 CNBC-300 CNBC-500 CNBC-1000 CNBC-1500
Drying System Drying Equipment Model HQHGJ-800 HQHGJ-1000 HQHGJ-1200 HQHGJ-1500 HQHGJ-1800 HQHGJ-2800
Feed Rate 1~2m³/h 3~4m³/h 5~6m³/h 8~10m³/h 16~20m³/h 24~30m³/h
Operating Power Consumption (kw) 15 20 25 30 40 50
Syngas Purification System Purification Module  ESP C-9, Processing Capacity 1200m³/h ESP C-9, Processing Capacity 1200m³/h ESP C-9, Processing Capacity 1200m³/h ESP C-13, Processing Capacity 1800m³/h ESP C-21, Processing Capacity 2500m³/h ESP C-29, Processing Capacity 3500m³/h
Carbonization System Carbonization Equipment Model BC-100 BC-200 BC-300 BC-500 BC-1000 BC-1500
Feed Rate 1~2m³/h 3~4m³/h 5~6m³/h 8~10m³/h 16~20m³/h 24~30m³/h
Biochar Output from Carbonization Furnace (kg/h) 50~100 150~200 250~300 380~500 800~1000 1250~1500
Start Heating Source 1-1.5h
Main Furnace Material 304/310S(Customized)
Heating Source Diesel, Natural Gas, Biomass(syngas), etc
Starting Heat（kcal) 3×10^5 6×10^5 9×10^5 1.2×10^6 2.4×10^6 3.6×10^6
Diesel Oil（kg/h) 30 60 90 120 240 360
Natural Gas（m³/h) 35 75 105 140 280 420
Biomass （Syngas）（kg/h) 125 250 375 500 1000 1500
By-products (Optional) Biochar, Wood Tar, Wood Vinegar, Heat/Electricity, Carbon Sink, etc
Heating Method Indirect Heating
Working Pressure Micronegative Pressure
Structure Single Drum, Single Furnace
Transmission Mode External Gear Drive
Feed Requirement Particle Size ≤2cm, Moisture Content ≤15%, Materials Easy To Flow
Flue Gas Purification Type Dry Dust Removal System
Waste Heat Supply Steam（T/h) 0.5 1 1.5 2.47 4.95 7.42
Footprint（m2) 100 150 200 360 400 500
Cooling Method Circulating Water Cooling for Heat Exchange
Emission Standard EU2019
System Run Time Annual Running Time 7500H 7500H 7500H 7500H 7500H 7500H
Number of Containers For Loading Number of Containers (PCS) 3 4 6 10 12 15
System Positon System Model CNBC-100 CNBC-200 CNBC-300 CNBC-500 CNBC-1000 CNBC-1500      
Drying System Drying Equipment Model HQHGJ-800 HQHGJ-1000 HQHGJ-1200 HQHGJ-1500 HQHGJ-1800 HQHGJ-2800      
Feed Rate 1~2m³/h 3~4m³/h 5~6m³/h 8~10m³/h 16~20m³/h 24~30m³/h      
Operating Power Consumption (kw) 15 20 25 30 40 50      
Syngas Purification System Purification Module  ESP C-9, Processing Capacity 1200m³/h ESP C-9, Processing Capacity 1200m³/h ESP C-9, Processing Capacity 1200m³/h ESP C-13, Processing Capacity 1800m³/h ESP C-21, Processing Capacity 2500m³/h ESP C-29, Processing Capacity 3500m³/h      
Carbonization System Carbonization Equipment Model BC-100 BC-200 BC-300 BC-500 BC-1000 BC-1500      
Feed Rate 1~2m³/h 3~4m³/h 5~6m³/h 8~10m³/h 16~20m³/h 24~30m³/h      
Biochar Output from Carbonization Furnace (kg/h) 50~100 150~200 250~300 380~500 800~1000 1250~1500      
Start Heating Source 1-1.5h      
Main Furnace Material 304/310S(Customized)      
Heating Source Diesel, Natural Gas, Biomass(syngas), etc      
Starting Heat（kcal) 3×10^5 6×10^5 9×10^5 1.2×10^6 2.4×10^6 3.6×10^6      
Diesel Oil（kg/h) 30 60 90 120 240 360      
Natural Gas（m³/h) 35 75 105 140 280 420      
Biomass （Syngas）（kg/h) 125 250 375 500 1000 1500      
By-products (Optional) Biochar, Wood Tar, Wood Vinegar, Heat/Electricity, Carbon Sink, etc      
Heating Method Indirect Heating      
Working Pressure Micronegative Pressure      
Structure Single Drum, Single Furnace      
Transmission Mode External Gear Drive      
Feed Requirement Particle Size ≤2cm, Moisture Content ≤15%, Materials Easy To Flow      
Flue Gas Purification Type Dry Dust Removal System      
Waste Heat Power Generation（MW/h） / / / 0.32MW 0.64MW 0.96MW      
Footprint（m2) 90 120 150 360 400 500      
Cooling Method Circulating Water Cooling for Heat Exchange      
Emission Standard EU2019      
System Run Time Annual Running Time 7500H 7500H 7500H 7500H 7500H 7500H      
Number of Containers For Loading Number of Containers (PCS) 3 4 6 10 12 15      
                     
                     
Application
Biomass Carbonization Polygeneration Power Generation System Application Diagram
Container type, no foundation, no installation, easy to move，modular for maximum flexibility and efficiency，the measured emission value is lower than the EU 2019 standard
Soil Conditioner
Feed Additives
Production Of Filling Materials
Building Additives
Source material
Biomass Raw
Material Types
Our advanced gasification technology has been extensively tested on nearly 78 types of gases.
Nut Shell
Rice Husk
Wood Chip
Coffee Bean Shell
Biomass Pellets
Chinese Medicine Dregs
Coconut Shell
Peanut Shell
Mahogany Pellets
Biomass Briquettes
Nut Shell
Rice Husk
Wood Chip
Coffee Bean Shell
Biomass Pellets
Chinese Medicine Dregs
Coconut Shell
Peanut Shell
Mahogany Pellets
Biomass Briquettes
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