Production

Biomass briquettes, primarily composed of green waste and various organic materials, serve as a widely adopted source of energy for electricity generation, heat, and cooking. These compacted compounds encompass diverse organic materials, such as rice husk, bagasse, groundnut shells, municipal solid waste, and agricultural residues. Regional variations in briquette composition arise from the availability of raw materials. To ensure extended burn durations and simplified transportation, raw materials are gathered and compressed into briquettes. These briquettes differ significantly from charcoal as they contain lower concentrations of carbonaceous substances and additives.

Production Capacity: 

Our commitment to quality extends to our production capacity, with an impressive annual output of 25,000 metric tons. This robust production capability aligns with our dedication to meeting our clients’ demands while upholding the highest standards of quality and efficiency.

The biomass briquette production process involves essential variables, with the drying method being one of the most critical. Manufacturers can opt for torrefaction, carbonization, or varying pyrolysis degrees, depending on the intended use of the briquettes. The choice of drying method is influenced by the specific requirements of the briquette. Another pivotal factor in production is compaction. Some materials burn more efficiently when compacted at lower pressures, while others, like wheat and barley straw, necessitate higher pressures for effective heat production. Different press technologies are available, with piston presses creating solid briquettes for various purposes. Screw extrusion, on the other hand, is employed to compact biomass into loose, homogeneous briquettes that can substitute coal in cofiring. This innovative technology yields toroidal or doughnut-like briquettes with a larger surface area, leading to enhanced combustion rates.