Pyrolysis Carbonization

Animal manure has long been considered an environmental burden, but it is now poised to become a key resource in the clean energy transition. Chemical conversion technologies (especially manure pyrolysis) can transform manure into carbon-rich biochar. Studies have shown that pyrolysis technology can efficiently utilize cattle and poultry manure to produce biochar with a larger … Read more

Continuous biochar production equipment is a crucial link connecting biomass resource utilization with the negative carbon economy. It not only achieves high-value conversion of waste biomass to biochar, but also provides a practical technological solution for sustainable development. With the advancement of global carbon neutrality goals, continuous biochar production is moving from demonstration projects to … Read more

Making biochar from animal manure is a highly promising waste resource utilization pathway. It connects animal husbandry, environmental protection, and agriculture, aligning with the concept of sustainable development. Mingjie biomass carbonization plant can convert animal manure into biochar. Animal manure is an excellent raw material for biochar production, primarily due to its unique composition and … Read more

The core contribution of waste biomass pyrolysis technology to energy and environmental protection lies in transforming waste into valuable resources. It not only produces renewable energy, but also achieves long-term carbon sequestration and reduces environmental pollution from waste. Biomass pyrolysis involves heating biomass (straw, wood chips) under oxygen-deficient conditions to decompose it, primarily producing biochar, … Read more

In recent years, pyrolysis carbonization technology has developed rapidly, achieving the reduction and resource utilization of sludge. Biomass pyrolysis equipment converts sludge into a high-value functional material, with sludge biochar as the main solid product. Sewage sludge biochar typically possesses a well-developed porous structure, a large specific surface area, abundant surface functional groups, and a … Read more

Straw biochar production equipment is key to converting straw into high-value biochar. It mainly includes several important systems: feeding system, pyrolysis carbonization reactor, biochar cooling and collection system, energy recovery system and exhaust treatment system. Mingjie’s straw biochar production equipment employs a continuous pyrolysis carbonization process, enabling 24-hour uninterrupted operation. Raw materials are continuously fed … Read more

Biomass carbonization equipment can not only convert waste biomass into biochar, but also remove paint from metal cans. Therefore, biomass carbonization equipment is also called metal cans depainting machine. Traditional paint removal methods for aluminum cans include chemical immersion and mechanical polishing. These methods not only waste resources but also pose significant threats to the … Read more

Globally, approximately 9 million tons of coffee powder are consumed annually, generating about 18 million tons of wet coffee grounds. Most of these coffee grounds are treated as waste, disposed of through landfills or incineration. Pyrolysis carbonization technology offers a completely new approach to coffee grounds waste disposal, transforming them into biochar. Pyrolysis equipment can … Read more

With increasing environmental awareness and emphasis on sustainable development, sludge disposal methods are constantly evolving. Various advanced sludge treatment technologies have emerged, progressing from simple dewatering and landfilling to today’s diversified treatment methods such as anaerobic digestion, aerobic fermentation, drying and incineration, and pyrolysis carbonization. More and more wastewater sludge companies are turning to advanced … Read more