Biomass Carbon- Vapor Co-Production Plant

Integration of material carbonization and vapor production based on gas therefrom.

Biomass Carbon-Vapor Co-Production Plant is designed for Biomass carbonization or biochar production to produce activated carbon and steam from biomass. This process involves heating biomass materials in an oxygen-deficient environment to reduce non-carbon elements, essential for the activated carbon manufacturing process. The equipment typically includes a silo, elevator, feeder, furnace body, refractory material, rotating device, temperature measuring device, PLC control cabinet, cooling device, settling chamber, steam waste heat boiler, fan, and dust removal device. This equipment is crucial for producing high-quality activated carbon and steam, which can be used in various industrial applications. The process is efficient and environmentally friendly, making it a valuable addition to industries focused on sustainability and resource optimization.

Biomass Carbonization System Model Parameters

Model AGBC-300 AGBC-500 AGBC-1000 AGBC-1500
Feeding Capacity 4-6m³/h 6-8m³/h 10-15m³/h 18-22m³/h
Working Method Continuous Cracking
Applicable Raw Materials All kinds of waste biomass, such as sawdust, coconut shell, palm shell, rice husk, straw, bamboo, etc. civil sludge, municipal sludge, industrial sludge, etc.
Furnace Size(M) Φ1.6,Length8 Φ2,Length10 Φ2.6, Length12 Φ3.3 ,Length12
Applicable Fuel Diesel, Natural gas, Liquefied petroleum gas (LPG), Biomass waste, Biomass syngas, etc.
By-product (optional) Biochar, Wood tar, Wood vinegar, Heat, Electricity, Carbon sink
Emission Standard EU2019
Type of Heating Indirect Heating
Power (standard configuration) 55KW 75KW 95.8KW 145KW
Floor Area (L*W*H) (Standard configuration) 15*8*7m 29*8*8m 35*8*9m 55*8*10m
Weight (Standard) 49ton 65ton 77ton 127ton
Furnace Material Q245R+310s
Working Pressure Negative Micro-pressure
Structure Three Cylinders And Three Furnaces
Feedstock Requirement Size: ≤20mm; Moisture: ≤ 15%; Flow Properties
Flue Gas Purification Type Dry Dust Removal
Working Hours 7500h/year
Cooling Method Water Cooling Heat Exchange
Noise (decibels) ≤65

Active Carbon Equipment Activation Process

Gallery

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