Biomass Carbonization Machine

Biomass Carbonization Machine Banner PC

Biomass carbonization machine is an advanced solution for converting biomass waste into valuable biochar. It efficiently processes materials such as wood chips, coconut shells, rice husks, and crop stalks. Developed by Beston Group, this modern carbonizer embodies the principles of a circular economy, emphasizing low-carbon production and sustainable value creation. It contributes to both both environmental sustainability and economic prosperity.

Available Biomass for Carbonization Machine to Process

Wood-Based Biomass for Carbonization

Wood-Based Biomass

  • Wood chips
  • Sawdust
  • Tree branches, Bark, and logs
  • Timber scraps
  • Shavings from furniture manufacturing
Agricultural Residues for Carbonization

Agricultural Residues

  • Crop stalks (corn stalks, cotton stalks, wheat straw, etc.)
  • Rice husks
  • Peanut shells
  • Sugarcane leaves
Fruit Shells and Nutshells for Carbonization

Fruit Shells and Nutshells

  • Coconut shells
  • Palm shells
  • Walnut shells
  • Almond shells
Other Organic Waste for Carbonization

Other Organic Waste

  • Bamboo residues
  • Coffee grounds
  • Biomass pellets or briquettes
  • Distillers grains

Parameters of Carbonization Machine for Sale

BST-50 Carbonization Machine for Sale

BST-50: Industrial-Scale Model

  • Pyrolysis technology vetted by Puro.earth, Isometric, and Rainbow
  • 6,000 tons of biochar with 12,000 tons of CO₂e sequestration per year
  • 7,200 operating hours per year
BST-06Quicker Carbonization Machine for Sale

BST-06Quicker: Small Pilot-Scale Model

  • Pyrolysis technology vetted by Rainbow
  • Mobile design and rapid on-site installation within 8 hours
  • CDR feasibility validation within 90 days
ModelBST-50 StandardBST-50 MaxBST-50SBST-06 Quicker
Operating ModeContinuousContinuousContinuousContinuous
ApplicationCommercial-scaleCommercial-scaleCommercial-scalePilot Testing
Certification PlatformIsometric, RainbowIsometric, RainbowPuro.earth, Isometric, RainbowRainbow
Reactor MaterialStaineless Steel 304Staineless Steel 304Staineless Steel 310sStaineless Steel 304
Feedstock MoistureBelow 15%From 15% to 55%From 15% to 55%Below 15%
Feedstock Size5-20mm5-20mm5-20mm5-20mm
Feeding Capacity (only for pyrolysis)10-15m³/h10-15m³/h10-15m³/h100-200KG/H
Max. Pyrolysis Temperature (Combustion Chamber)650℃650℃700℃650℃
Residue Retention Time15-20 minutes15-20 minutes15-20 minutes15-20 minutes
Operating Pressure-20 - 0 pa-20 - 0 pa-20 - 0 pa-20 - 0 pa
Cooling MethodWaterWaterIndustrial Refrigeration UnitsWater
Exhasut Gas TreatmentStandardStandardHigh PerformanceStandard
Biochar Temperature45℃45℃45℃45℃
Annual Operating Hours>7200hrs>7200hrs>7200hrs>7200hrs
Service Life5-8 years5-8 years8-10 years5-8 years
Land Space Required (L*W*H*m)35*15*865*15*865*15*835*15*8
Power Consumption121kw/h270-288kw/h270-304kw/h25.1kw/h
Water Consumption5-7m³/day5-7m³/day03-5m³/day
Fuel Consumption220-260m³/h220-260m³/h220-260m³/h30-50m³/day
Installation Period60 days60 days60 days7 days

Puro.earth & Isometric & Rainbow Technical Vetting Adds Value for Carbonization Machine

Technical compliance with BCR standards

This verifies that the BST-series carbonizing machine meets all technical and operational criteria required for verified carbon removal projects under the Puro.earth, Isometric, and Rainbow BCR methodology.

Biochar quality meets EBC standards

This demonstrates that the biochar produced by Beston carbonization equipment achieves high standards for stability, purity, and environmental safety.

Beston Carbonization Machine Vetted by Puro.earth and Isometric and Rainbow

Innovation Designs of BST-50S Carbonization Machine & Their Functions

6,000 Tons

biochar output per year

12,000 Tons

CO2 sequestration potential per year

7,200 Hours

stable operation annually

> 10 m³

processing capacity per hour

Tar & Wood Vinegar Self-Cleaning System

The system prevents blockages caused by tar, wood vinegar, dust, and other substances. Benefits:

  • Extend the carbonization plant’s continuous running time to 720 hours.
  • Comply with stricter environmental protection standards.
  • Improve safety by lowering the risk of fire and dust explosions.

Dual-c