Leveraging internally heated continuous carbonization technology and a waste heat recovery drying system, we efficiently convert agricultural and forestry residues into high-value biochar while achieving energy self-sufficiency and low-carbon emissions. 
Our single-drum rotary dryer can be precisely configured to accommodate varying feedstock moisture levels and processing capacity requirements, providing a comprehensive, one-stop solution with strong economic returns for your biomass resource recovery projects.

An efficient, low-carbon biochar and power co-generation solution utilizing agricultural and forestry residues, powered by autothermal continuous carbonization technology and a cascaded waste heat recovery system.
While converting agricultural and forestry residues into high-value biochar, the system recovers waste heat from syngas generated during carbonization through a steam boiler or thermal oil boiler, driving an Organic Rankine Cycle (ORC) power generation unit to deliver stable electricity output.
The two boiler options offer flexibility to accommodate different project energy requirements and site conditions, creating a closed-loop resource utilization model that transforms waste into value while supporting energy self-sufficiency.

Leveraging autothermal continuous carbonization technology and an efficient gas purification system, we convert agricultural and forestry residues into high-value biochar while effectively treating the syngas and exhaust gases generated during the carbonization process.
Advanced gas purification equipment ensures that emissions meet or exceed applicable national and local environmental protection standards. This integrated solution enhances emission control, strengthens environmental compliance, and provides a solid foundation for sustainable and environmentally responsible project operations.