Straw Charcoal Machine

A straw charcoal machine converts agricultural residues—such as straw, husks, and stalks—into thousands of tons of biochar annually. Produced through controlled pyrolysis, the biochar meets European Biochar Certificate (EBC) standards, making it ideal for soil amendment and long-term carbon sequestration. This solution advances sustainable agriculture, a circular economy, and climate change mitigation.

Why Choose Straw to Charcoal Solution? – A Comparative Analysis

Annually, billions of tons of agricultural straw waste are generated worldwide, with corn straw, rice straw, and sugarcane bagasse being the most prevalent. Traditional disposal methods have limitations. The straw charcoal making machine (bichar making machine) offers a sustainable alternative, benefiting both the environment and economy.

Treatment Method	Environmental Impact	Utilization Rate	Soil Improvement Effect	Economic Value	Notes
Burning	❌ Very Poor	❌ Low	❌ Harmful	❌ None	Legally banned Release GHGs and carcinogens
Straw Returning	⚠️ Moderate	⚠️ Medium	⚠️ Short-term effects	⚠️ Moderate	Odor, long decomposition time Delay the next crop
Feed Processing	✅ Sustainable	⚠️ Medium	➖ No direct effect	⚠️ Moderate	Limited agricultural straw disposal due to restricted demand for livestock feed
Power Generation	✅ Sustainable	⚠️ Medium	➖ No direct effect	⚠️ Moderate	Technical issues: low efficiency, alkali corrosion, sulfur emission, coking, and slagging
Biochar Production	✅✅ Excellent sustainability	✅ High	✅ Great improvement	✅ High	Mature technology Carbon removal and profit potential

Beston Biomass Pyrolysis Technology Meets Puro.earth Standards

The biomass pyrolysis technology developed by Beston Group has been vetted by Puro.earth, a leading global platform for carbon removal. By deploying our vetted straw charcoal machine (BST-50S model), businesses can not only generate value from agricultural waste but also participate in the international carbon market.

Parameters of Straw Charcoal Machine

Model	BST-50 Standard	BST-50 Max	BST-50S	BST-06 Quicker
Operating Mode	Continuous	Continuous	Continuous	Continuous
Application	Commercial-scale	Commercial-scale	Commercial-scale	Pilot Testing
Certification Platform	Isometric, Rainbow	Isometric, Rainbow	Puro.earth, Isometric, Rainbow	Rainbow
Reactor Material	Staineless Steel 304	Staineless Steel 304	Staineless Steel 310s	Staineless Steel 304
Feedstock Moisture	Below 15%	From 15% to 55%	From 15% to 55%	Below 15%
Feedstock Size	5-20mm	5-20mm	5-20mm	5-20mm
Feeding Capacity (only for pyrolysis)	10-15m³/h	10-15m³/h	10-15m³/h	100-200KG/H
Max. Pyrolysis Temperature (Combustion Chamber)	650℃	650℃	700℃	650℃
Residue Retention Time	15-20 minutes	15-20 minutes	15-20 minutes	15-20 minutes
Operating Pressure	-20 - 0 pa	-20 - 0 pa	-20 - 0 pa	-20 - 0 pa
Cooling Method	Water	Water	Industrial Refrigeration Units	Water
Exhasut Gas Treatment	Standard	Standard	High Performance	Standard
Biochar Temperature	45℃	45℃	45℃	45℃
Annual Operating Hours	＞7200hrs	＞7200hrs	＞7200hrs	＞7200hrs
Service Life	5-8 years	5-8 years	8-10 years	5-8 years
Land Space Required (L*W*H*m)	35*15*8	65*15*8	65*15*8	35*15*8
Power Consumption	121kw/h	270-288kw/h	270-304kw/h	25.1kw/h
Water Consumption	5-7m³/day	5-7m³/day	0	3-5m³/day
Fuel Consumption	220-260m³/h	220-260m³/h	220-260m³/h	30-50m³/day
Installation Period	60 days	60 days	60 days	7 days

BST-50S: 6,000 Tons Biochar / Year = 12,000 Tons CO₂ Sequestration

Advanced Technologies Behind BST-50S: Support Carbon Sink Potential