A New Generation of Continuous Carbonization Machines for Efficient and Environmentally Friendly Agricultural Waste Processing.
With increasingly stringent environmental regulations and the growing popularity of resource utilization, effectively processing massive amounts of agricultural and forestry waste has become a major challenge. Recently, a domestic environmental technology company released a new generation of continuous carbonization machines, providing a revolutionary solution for the resource utilization of agricultural waste such as straw, rice husks, and branches. This carbonization machine utilizes advanced oxygen-free pyrolysis technology to convert biomass into high-value-added biochar at high temperatures. It also achieves self-recycling of combustible gases, fundamentally addressing the environmental pollution problems associated with traditional open-air burning.
The carbonization machine's greatest strength lies in its continuous operation. Compared to traditional intermittent carbonization furnaces, this new equipment allows for 24/7 uninterrupted feeding and discharging, significantly increasing production efficiency several times over and significantly reducing labor and operating costs. Throughout the carbonization process, the machine is equipped with an efficient flue gas purification system to ensure emissions meet standards, achieving truly "zero-pollution" production. The biochar produced has a wide range of applications. In agriculture, it can be used as a soil conditioner to improve soil fertility and absorb heavy metals. In industry, it can be used as a raw material for activated carbon in sewage treatment and air purification. The widespread use of this carbonizer not only provides farmers with a new way to increase their income, but also contributes significantly to the development of a green, circular economy.
Location:Indonesia
Project Progress:Put Into Production
Location:Vietnam
Project Progress:Put Into Production
Location:Kenya
Project Progress:Put Into Production
Location:Canada
Project Progress:Put Into Production