MJT-2000 Biochar Production Equipment For Sale to Saudi Arabia

On July 24, 2025, Mingjie Group completed the shipment of MJT-2000 biochar production equipment for sale to Saudi Arabia. The biochar making machine converts waste biomass such as agricultural and forestry waste, urban organic waste, livestock and poultry manure into biochar, tar and synthesis gas through pyrolysis technology.

The Biochar Production Equipment is also called Biomass Carbonization Plant, Biochar Production Equipment, Biomass Charcoal Making Machine.

The MJT-2000 biochar making machine can process up to 2000kg of biomass per hour. It rationally utilizes the synthesis gas generated by the material during the carbonization process, has a high carbonization rate, and is an ideal biomass carbonization equipment.

MJT-2000 biochar production equipment for sale can efficiently process biomass waste and produce biochar at the same time. It realizes the resource utilization of waste, greatly reduces the environmental pollution caused by landfill and incineration, and alleviates environmental pressure from the source.

Biomass to Biochar Production Equipment for Sale

The biochar production equipment for sale has a wider range of applications and can process a variety of carbon-containing wood materials such as straw, rice husks, sawdust, wood, and fruit shells.

It adopts pyrolysis carbonization, which can effectively recycle and utilize the combustible gas generated during the carbonization process. This solves the problem of environmental pollution caused by the thick smoke generated in the carbonization project of ordinary carbonization furnaces. At the same time, it realizes the self-sufficiency of thermal energy of the pyrolysis equipment, and improves the continuity and economy of biochar production equipment.

The conversion of biomass to biochar is a process of decomposing and converting biomass at high temperature in an oxygen-deficient or low-oxygen environment. When the biomass is fed into the charcoal making machine, an oxygen-deficient enclosed space is created inside the pyrolysis reactor. The temperature is then raised, and a series of complex chemical reactions begin to occur in the organic components of the biomass.

In the biomass pyrolysis products, synthetic gas escapes during the biomass pyrolysis process. After dust removal and purification, the combustible gas can be used to heat the pyrolysis reactor.

The solid part gradually carbonizes and eventually forms biochar. The pyrolysis temperature and time have a significant effect on the properties and yield of biochar. The appropriate pyrolysis temperature and time can ensure that the biomass is fully decomposed and converted, and improve the yield and quality of biochar.