The yield of biochar is not fixed. It is related to many factors. Any slight difference in feedstock, pyrolysis time, pyrolysis speed, etc. will affect the biochar yield.

Biomass pyrolysis converts feed materials such as straw, waste wood, and nut shells into biochar, syngas, and green electricity to maximize resource utilization.

There are many types of biomass feedstocks, including wood, crop residues (e.g. straw, rice husk), livestock and poultry manure, energy crops, etc. Different types of biomass feedstocks differ in their chemical composition and pyrolysis properties, and therefore their final products will also differ.

With the growing threat of solid waste management, it is vital to explore efficient and environmentally friendly waste conversion technologies. Although incineration has been the main method of solid waste treatment, pyrolysis has been attracting a lot of attention in recent years. By comparing pyrolysis and incineration, we hope to provide you with a reference for finding a more sustainable waste treatment solution.

Biochar and charcoal are both carbon-rich solids, but they are often confused. In fact, charcoal and biochar have very different applications, properties and production processes.

Pyrolysis is the core technology of biochar machine. The biomass feedstock is fed into the pyrolysis furnace, and is slowly heated to achieve carbonization, and finally produces biochar.