Mingjie carbonization plants use biomass pyrolysis technology to convert biomass into biochar. They can bring significant economic benefits.
On September 17, 2026, Mingjie engineers conducted commissioning and trial runs of the MJT-100 small biochar machine in South Korea. The biochar production system comprises two core modules: rotary drying equipment and a skid-mounted continuous biomass carbonization unit. The entire drying and carbonization process is automatically regulated by a PLC control system, allowing operators to … Read more
On July 15, 2026, Mingjie Group completed the shipment of the MJT-100 small biomass pyrolysis equipment for sale to South Korea from factory. Because the raw materials for biochar production have a high moisture content, the customer also purchased drying equipment. After a day of transport, the small pyrolysis machine arrived at the port on … Read more
The MJT-3000 wood biochar production plant has been operational for 5 months since its installation in South Africa was completed. It can process 2500-3000 kg of wood chips per hour and convert them into biochar. The biochar production equipment utilizes continuous pyrolysis technology to fix the carbon in biomass into stable biochar. Simultaneously, it recovers … Read more
On December 13, 2025, the MJT-1000 biochar manufacturing plant was successfully commissioned and began operation in South Korea. Mingjie biochar production equipment represents a sustainable energy solution. It utilizes continuous pyrolysis technology to convert waste biomass into biochar. Preparations Before Biochar Manufacturing Plant Operation The operation of biomass pyrolysis equipment requires a series of meticulous … Read more
In early December 2025, the MJT-2000 sawdust biochar machine successfully commenced operation in Saudi Arabia. At the client’s site, this biochar production equipment demonstrated an astonishingly efficient and stable output capacity. It has been running continuously and stably for several hours, fully showcasing its excellent stability and reliability. The client highly praised the performance of … Read more
In November 2025, Mingjie Group provided on-site installation guidance for MJT-2000 biochar machine in Saudi Arabia. After the Saudi customer received the goods, we dispatched technicians to the site. The customer had completed the basic setup, and our technicians then began guiding the next step: assembling the biochar plant. The biochar production line consists of … Read more
Biochar is considered one of the most promising and uniquely valuable carbon assets. Unlike biocoal, which primarily relies on carbon substitution for emission reduction, the core value of biochar lies in its ability to achieve carbon removal or negative emissions. This is becoming increasingly valuable in the international community’s pursuit of “net-zero emissions.” Unlike bio-coal, … Read more
On November 15, 2025, Mingjie Group provided online installation guidance and training for the Chilean customer on MJT-100 mobile biochar production equipment. Following the technicians’ instructions, the customer successfully mastered the operation of the biochar production equipment. Ultimately, the mobile biochar machine completed the conversion of biomass pellets into biochar. The MJT-100 mobile biochar production … Read more
In October 2025, after the Korean customer received the machine, Mingjie Group immediately arranged professional engineers to guide the installation of biochar equipment in South Korea. The following diagram shows the installation of a biomass pyrolysis plant. Mingjie Group has advantages in technology research and development and biochar equipment applications. We provide customized waste pyrolysis … Read more
The emergence of biomass to biochar production plant has brought a timely relief to the global environment. It is having a positive and far-reaching impact in many key areas, becoming a powerful tool for protecting the Earth’s ecology. Every day, vast quantities of biomass waste are generated, from straw in farmland to fallen branches and … Read more
