Coconut shells are emerging as a valuable feedstock in the production of charcoal, particularly in pyrolysis applications. Utilizing coconut shells as a raw material for biochar production offers several unique advantages, both in terms of environmental sustainability and energy efficiency. The…

Continuous pyrolysis technology has emerged as a stable thermochemical pathway for converting organic feedstock into valuable by-products with predictable economic performance. Unlike batch systems, which rely on periodic loading and unloading cycles, continuous reactors maintain unbroken thermal…

The pyrolysis process involves the thermal decomposition of organic materials, often including plastics, biomass, and rubber, in the absence of oxygen. This highly energy-intensive process takes place in specialized equipment known as a pyrolysis reactor. While pyrolysis offers an efficient method…

Biochar has gained recognition as a multifunctional soil amendment that enhances agricultural sustainability while contributing to long-term carbon sequestration. Produced through thermochemical conversion of biomass in a pyrolysis plant, biochar serves as a stable carbon matrix that improves soil…