Biomass Carbonisation Furnace Advantageous features

The development and utilisation of biomass energy has become a more focused area. Biochar charcoal making technology is recommended for its advantageous features. The whole set of biomass charcoal furnace can convert waste wood materials into high value biochar. It can also contribute to the cause of environmental protection. Biomass carbonisation technology can pyrolyse waste wood at high temperature under the condition of oxygen-free and oxygen-poor atmosphere. Thus decomposing: finished charcoal, gas, combustible gas, liquid products and other thermo-chemical conversion processes. It has achieved remarkable results in the field of biomass carbonisation furnace. It has the advantageous features of high efficiency capacity, environmental protection and energy saving. It can promote the sustainable development of green economy.

Biomass charcoal refers to agricultural waste: wood chips, wood, straw and so on. The solid charcoal product is pyrolysed under the oxygen-poor or oxygen-free conditions of the biomass charcoal furnace. With ordinary mechanism charcoal think. Biochar is to fix carbon elements. It is a kind of carbon content is very rich in charcoal.

Biochar is composed of carbon elements. Biomass carbonisation furnace the carbon atoms have a strong affinity with each other. So that the biomass has stable performance whether at low or high temperatures. It is difficult to re-decompose the elemental carbon after it is mineralised. Thus, it can stabilise the carbon element fixed for decades and hundreds of years.

Advantageous features of biomass carbonisation furnace:

1. Waste biomass can be carbonised. Carbonised materials include: wood chips, wood, coconut shells, rice husk, peanut shells, bamboo shavings, sawdust, straw, bark, branches and other waste biomass. It can turn waste into treasure. Achieve resource regeneration. It also reduces the tight supply of forestry resources.

2. Biomass carbonisation furnace adopts advanced sleeve design process. The flue gas produced can be recycled and reused. It can realise double improvement of energy and production efficiency. The reaction cylinder of the furnace and the outer wall of the furnace are cleverly matched. The temperature inside the cylinder can be strengthened. Ensure the charring temperature of the furnace.

3. Adopt continuous feeding and discharging device. The charring time of each material can be regulated. Continuous and stratified charring process can be realised. Thus the charring efficiency of biomass is improved.

4. Combustible gas recycling system, the combustible gas produced in the process of carbonisation. can be recycled again. It is used for the bottom heating of the biomass carbonisation furnace. The waste gas produced is then purified by the flue gas purification system.