Relying on internal heat continuous carbonization technology and waste heat utilization drying system, we efficiently convert agricultural and forestry waste into high value-added biochar, while achieving energy self-sufficiency and low carbon emissions. The flexible configuration of single/triple-cylinder rotary dryers can precisely match different raw material moisture content and production capacity requirements, providing one-stop, high payoff technical support for your resource recovery projects.

The efficient low-carbon solution for "charcoal-electricity cogeneration" from agricultural and forestry waste relies on internal heat continuous carbonization technology and waste heat cascade utilization system. While converting agricultural and forestry waste into high value-added biochar, we recover the waste heat of syngas during the carbonization process through steam boilers or heat transfer oil boilers to drive ORC generator sets to achieve stable power generation. The dual boiler configuration scheme can flexibly adapt to the energy needs and site conditions of different projects, creating a closed-loop resource utilization model that  “Waste-to-wealth and energy self-sufficiency” for you.

Relying on internal heat continuous carbonization technology and efficient flue gas purification units, we convert agricultural and forestry waste into high value-added biochar, while deeply purifying the syngas and flue gas produced as by-products through professional gas purification equipment. This ensures that our emission indicators are comprehensively Meeting and exceeding national and local environmental protection standards, national and local environmental protection standards., Reinforcing the environmental safeguards for your project / Building a strong environmental foundation for your project.

Relying on the internal heat continuous carbonization technology, this system converts agricultural and forestry waste into high-value biochar, while simultaneously purifying the by-product syngas through a gas purification unit to drive the generator set for stable power supply. It also utilizes the heat recovered from flue gas condensation and waste heat boilers to provide heat source for the low-temperature drying chamber, while generating by-products such as bio-oil, wood vinegar, and cold water. The entire process achieves multi-product co-production of "charcoal - electricity - heat - liquid", maximizing the value utilization of  Each piece of raw material.