The biomass energy is the major part of the renewable energy, and the biomass energy is full of energy, at the same time, it is also harmless to the environment, so it is a big issue to develop and make use of the biomass energy, here we put the emphasis on the conversion of biomass energy and charcoal production plant.
Definition of the Biomass:
It refers to the organic matter that produced after the photosynthesis of the green plants, and it can store the solar energy in a chemical way, it can be also regarded as the carbon that stored in renewable way. The followings can be classified as biomass energy: forestry biomass, crop waste, MSW, sewage sludge and so on.
Definition of Biomass Carbonization:
Carbonization biomass is a waste treatment technology that used biomass waste, such as wood chips, wood, coconut shells, rice husks, stalks of plants, shells, and sewage sludge as raw , and those raw material experience the high temperature pyrolysis gas volatile, sulfur emission, carbon enrichment process, then we can get the artificial carbon and by-product and other products. Biomass carbonization is in the absence of air oxidation, such as situations of incomplete thermal decomposition to produce carbon and other products. Here is a Beston sawdust charcoal machine to Russia.
The innovation of the biomass carbonization plant make the conversion process easier, and the profits it can create is higher. But there are some factors that may affect the working process and working efficiency, we can list some.
The carbonization temperature, carbonziation speed, raw material and the carbonization method are the main reasons that may influence how the continuous carbonization furnace works, and the temperature play an important role in the whole process. According to the data, the carbonization temperature will directly influence the output and carbon content of the biomass carbon. The researcher find that when the carbonization temperature increases, the carbon content of the biomas carbon also increases. In a word, the higher the carbonization temperature is, the higher the carbon content is. But at the same time, the output will decrease when the temperature increases, so it is a tough problem to balance their relation, and it is necessary to control the carbonization temperature, so we can ensure the output and quality of the biomass carbon.