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 several large components, including feeding system, carbonization reactor, combustion chamber, condensation system, and gas purification device. Each component is enormous and incredibly heavy. The carbonization reactor is the core component, and its installation precision directly affects the operational performance of the biochar machine in Saudi Arabia.
The customer used a large crane for the hoisting operation at the site. The carbonization reactor was slowly lifted and moved smoothly in the air towards the designated installation position. Simultaneously, the installation personnel on the ground worked closely together, using tow ropes to control the reactor’s direction. This ensured that the pyrolysis reactor would not collide during the hoisting process.
As the pyrolysis reactor approached its installation position, the installers secured it to the foundation. Subsequently, the assembly of other components, such as the condenser and gas purification device, was completed in sequence. The connecting pipes between the various components were also installed systematically. This ensured a seamless connection at each point, providing a reliable guarantee for the subsequent operation of the biochar machine in Saudi Arabia.
Throughout the installation of the MJT-2000 Biochar Machine in Saudi Arabia, the team members demonstrated clear division of labor and excellent teamwork. Mingjie technicians provided technical guidance and troubleshooting, offering solid technical support for the biochar equipment installation.
This on-site installation of biochar equipment at the customer’s location provided us with invaluable experience. The successful delivery of the biochar machine has established a strong reputation for the company in the international market. The customer’s high regard for our products and services lays a solid foundation for further expansion of our overseas business.
Advantages of Biochar Machine in Saudi Arabia
Biochar machines can convert biomass into biochar. Biochar plays a significant role in improving soil quality, enhancing soil water and fertilizer retention capacity, and promoting plant growth. The biochar machine in Saudi Arabia can bring new opportunities for improving the local ecological environment. Biochar has enormous application potential in agriculture and the environment.
In agriculture, biochar can significantly improve soil quality. Its rich porous structure greatly enhances soil aeration and permeability. Adding biochar to soil increases the gaps between soil particles, providing a favorable environment for plant root growth.
Biochar also has strong water and fertilizer retention capabilities. Its surface contains numerous active sites that can adsorb nutrient ions from the soil, reducing nutrient loss. Simultaneously, the porous structure of biochar can store water, providing a continuous water supply to plants during droughts. Furthermore, biochar can regulate soil pH, creating a suitable growing environment for crops.
In the environmental field, biochar also plays an important role. It can be used to adsorb and fix heavy metal ions and organic pollutants in soil and water. When remediating soil contaminated with heavy metals, adding biochar can effectively reduce the migration of heavy metals in the soil. For organic pollutants, biochar can also fix them on its surface through physical adsorption and chemical action, promoting the degradation of organic pollutants.
In terms of carbon sequestration and emission reduction, biochar machine in Saudi Arabia can alleviate the pressure of global warming. The organic carbon content in soil where biochar is applied increases significantly. The carbon sequestration per hectare of farmland increases by approximately 1.5 tons annually. This not only helps reduce atmospheric carbon dioxide levels.
Furthermore, some of the heat and syngas generated during the operation of biochar machine can be recovered and reused. This further improves energy efficiency, reduces dependence on traditional energy sources, and lowers carbon emissions.
