With the increasing global emphasis on carbon neutrality and the circular economy, the efficient utilization of biomass resources has become a crucial direction in the energy and environmental protection fields. Continuous carbonization equipment, as a key piece of equipment for biomass carbonization and pyrolysis treatment, is being widely applied in various industries, including biomass energy, agricultural improvement, and environmental protection.

Continuous carbonization equipment operates with continuous feeding and discharging, rapidly converting biomass raw materials into high-quality biochar under high-temperature, oxygen-deficient, or micro-oxygen environments. Compared to traditional batch carbonization furnaces, this equipment offers significant advantages in terms of production capacity stability, energy consumption control, and automation level, enabling 24-hour continuous operation and significantly increasing output per unit of time.

In terms of material adaptability, continuous carbonization equipment can process a variety of raw materials, including wood chips, rice husks, coconut shells, fruit shells, straw, and biomass pellets, with flexible requirements for moisture content and particle size, making it suitable for large-scale industrial production. Through a precise temperature control system, the degree of carbonization can be effectively controlled, ensuring high fixed carbon content, low ash content, and stable quality of the biochar product.

From an application perspective, the carbonized product can not be only used as a clean fuel but also for soil improvement, biochar-based fertilizers, metallurgical reducing agents, and activated carbon raw materials, bringing considerable economic and environmental benefits to enterprises.