Coconut shells are a valuable biomass feedstock for charcoal production, due to their high carbon content and dense structure. The properties of coconut shells significantly affect the quality and efficiency of charcoal production. Understanding how these inherent properties interact with the charcoal production process can optimize the output, reduce waste, and ensure the production of high-quality charcoal.

The production of biochar relies significantly on the characteristics of raw materials used in the process. Among these, the fluidity of the material plays a critical role in determining efficiency, quality, and consistency in biochar yield. Fluidity encompasses factors like particle size, moisture content, and physical flow properties, all of which interact with biochar production equipment during the thermal conversion process.

Wood has long been the go-to raw material for producing charcoal, thanks to its unique properties that make it ideal for carbonization. While various biomass materials can be converted into charcoal, wood stands out as the most efficient and sustainable option for large-scale production. This article explores the reasons behind wood's superiority in charcoal production, the key role of the wood charcoal making machine, and how wood-based charcoal meets industrial and consumer needs.