Do not require pre-sorting and classification

Raw domestic waste can be directly disposed without large amount of manpower for sorting and classification. It requires very little heat value for the disposal of the garbage.

No additional fuel is required during the disposal process.

The disposal process can achieve the carbonization of garbage solely based on the inherent heat of the garbage, without the need to add additional fuels such as coal or natural gas.

The disposal products can achieve approaching100% resource utilization.

The carbonization of organic waste produces charcoal powder and combustible gas. The charcoal powder has various uses, and the combustible gas can power equipment and the excess heat can be reused. The output of inorganic waste is intelligently sorted into metals, glass products, and sand and stone materials.

Environmental emissions easily meet standards.

The carbonization reaction takes place in an non-oxygen environment, generating very little harmful and toxic substances. The content of dioxins is only 1/10 or even less of that in traditional waste burning, and it can achieve environmental protection compliance emissions at a very low cost.

Better stability and security.

This technical solution is currently the only carbonization method available both domestically and internationally that can achieve large-scale production, continuous and stable engineering operation, and is highly irreplaceable.

① 1.0 Technical representative：Landfill technology is a typical representative.It is impossible to effectively reduce and harmless organic solid waste, waste land resources, pollute a lot of soil and groundwater, and cannot realize resource utilization.

② 2.0 Technical representative：It is represented by various incineration technologies, such as waste incineration power generation technology, medical waste incineration technology, etc.Incineration will cause organic matter to synthesize a large number of complex oxides at high temperatures, and the emission of metal fly ash and dioxin cannot be avoided.

③ 3.0 Technical representative：The heat treatment technology represented by the initial application of pyrolysis such as high-temperature pyrolysis, pyrolysis and gasification, and the biological technology represented by biodegradable have common disadvantages: the processing capacity is low, energy replenishment or supplementary raw materials are required, it is difficult to achieve large-scale reduction, harmless and resource-based, and continuous engineering cannot be achieved at present.

④ 4.0 Technical representative：It is typified by low-temperature carbonization technology.Outstanding features: The treatment capacity can be large or small (daily treatment capacity is 50-1000 tons/day), the calorific value of organic waste is lower, and the unsorted domestic waste and landfill waste with lower calorific value can be treated. No auxiliary energy is required during the disposal process; the product can be basically fully utilized, achieving the greatest reduction, harmless and resource-based, and stable engineering continuous operation has been achieved.

Carbon-based soil conditioner

1st applied carbon-based soil conditioner

In the third year, the coverage rate exceeds 80%.

Grass production: 1.3 kg/㎡

Convert agricultural solid waste into high-value carbon assets

The agricultural straw carbonization and carbon dioxide removal (CDR) carbon asset project business model is a resource-intensive, dual-benefit strategy designed to convert low-value agricultural biomass (such as crop residues) into high-integrity carbon assets and commercial by-products.This model leverages the growing demand for durable and measurable carbon removal solutions by companies to provide a profitable path for climate action and resource utilization.

The technical path of turning waste into treasure

Through high-temperature and hypoxic pyrolysis technology, crop stalks are converted into biochar, and biochar is used to improve the soil to achieve：

● Sequestration and carbon sequestration: The CO₂ absorbed by plants is locked in biochar and stored stably for hundreds of years.

● Biological emission reduction: greenhouse gases from straw rotting or incineration are avoided.

● Alternative fuels: biomass gas realizes energy saving and emission reduction in drying towers and realizes energy recycling.

A new path for soil improvement:

Use carbon-based soil improvers and biochar-based organic fertilizers to return to the field and reshape soil health：

● Improve soil pH value: biochar is alkaline, which effectively improves acidified soil.

● Improve the physical structure: its porous structure increases soil ventilation and water retention.

● Loaded microorganisms: Its porous structure attaches to hundreds of millions of microorganisms to increase the biomass of black land.

● Improve organic matter: directly increase the organic carbon content of the soil and restore soil strength.