Green revolution of pyrolysis equipment

 Biomass pyrolysis gasification technology realizes efficient thermochemical conversion of biomass in anoxic environment through pyrolysis equipment. Its core lies in the directional conversion of agricultural and forestry waste into high-value energy and materials, combining technological advancement and environmental sustainability.

Multi-generation and efficient conversion. The pyrolysis equipment adopts the "pyrolysis-gasification" coupling process to realize the hierarchical conversion of biomass: a single system simultaneously generates clean gas (energy), biochar (carbon-fixing material) and wood vinegar (chemical raw material), and the resource utilization rate is increased by more than 40%; through the physical separation of the reaction zone and catalytic reforming technology, the tar content in traditional gasification is reduced by more than 85%, ensuring the purity of the gas (wood oil and dust content <100mg/Nm³), and avoiding secondary pollution.

From carbon emission reduction to resource recycling. Pyrolysis equipment The environmental protection value of the equipment far exceeds that of traditional energy technology: carbon negative emissions: 2.7-2.8 tons of CO₂ equivalent is fixed per ton of biomass conversion. Biochar, as a stable carbon sequestration carrier, can directly create carbon sink benefits; pollution source control: after replacing coal-fired boilers, sulfur dioxide and nitrogen oxide emissions are close to zero, curbing PM2.5 pollution caused by open-air burning of straw from the root; full utilization of waste: gasification slag is converted into soil conditioners rich in nitrogen, phosphorus and potassium, and wood vinegar is used to extract high-value-added chemicals, realizing the "agriculture-energy-environmental protection" triple cycle ecology.

Flexibly drive green transformation. Modern pyrolysis equipment is adapted to multiple scenarios through modular design: village-level power stations can use 0.8 kg of agricultural and forestry waste to generate 1 kWh of green electricity, and the supporting heating system covers 7% of the villagers' energy needs; provide stable high-calorific value gas (1200-2400kcal/Nm³) for high-temperature processes such as calcination and drying, solving the problem of "de-coalization" in high-energy-consuming industries.

Pyrolysis equipment is like a "smart alchemy furnace" for biomass resources. It uses technology to convert waste straw and wood chips into clean energy and carbon-negative materials, while reducing industrial carbon emissions and providing the ultimate solution for rural circular economy and agricultural solid waste management. In the future, it will become the core engine of green infrastructure under the "dual carbon" goal.