Continuous carbonization furnace equipment

Continuous carbonization furnace equipment is a high-efficiency, continuous operation carbonization equipment, which is used to process biomass and other raw materials at high temperature to produce high-quality charcoal. Compared with the traditional batch carbonization furnace, the continuous carbonization furnace equipment has higher production efficiency and energy utilization rate. This article will introduce the working principle, main components and application of continuous carbonization furnace equipment in the charcoal production industry.

1. Working principle of continuous carbonization furnace equipment Continuous carbonization furnace equipment realizes continuous carbonization process through continuous feeding and continuous slagging. Its main working process includes preheating, drying, carbonization and cooling.

Preheating: After the equipment is started, preheat the carbonization furnace first to increase the temperature in the furnace to prepare for the subsequent carbonization process.

Drying: The biomass raw material is sent into the carbonization furnace through the feeding system, and the heat energy in the furnace is used for drying treatment to remove the moisture and volatile substances in the raw material.

Carbonization: The dried biomass raw material further enters the carbonization area, and through high-temperature carbonization treatment, the organic matter in the raw material is converted into charcoal.

Cooling: The carbonized charcoal is cooled through the cooling system to make it reach a safe temperature and facilitate subsequent storage and packaging.

2. The main components of continuous carbonization furnace equipment Continuous carbonization furnace equipment is composed of several key components, including feeding system, carbonization area, cooling system and slag discharge system.

Feeding system: Responsible for continuously feeding biomass raw materials into the carbonization furnace to ensure the continuous progress of the carbonization process.

Carbonization area: including the carbonization chamber and the furnace body, through high-temperature carbonization treatment, the biomass raw material is converted into charcoal.

Cooling system: The carbonized charcoal is cooled by cooling equipment to reach a safe temperature, which is convenient for subsequent storage and packaging.

Slag discharge system: responsible for discharging the carbonized ash and residue out of the carbonization furnace to maintain continuous operation of the equipment.