Cassava Peel Waste Potential as Biobriquette Feedstock for Power Plant Co-Firing: A Review
Keywords:
Biobriquette, co-firing, renewable energy, cassava peel, power plantAbstract
The utilization of renewable energy has become a key strategy in supporting energy transition and reducing dependence on fossil fuels. One emerging approach is co-firing technology, which involves blending biomass fuel with coal in power plants. This study aims to review the potential of cassava peel waste as a raw material for biobriquette production for co-firing applications. Cassava peel, an abundant agro-industrial waste, contains cellulose and lignin, which enable it to be carbonized into charcoal and subsequently formed into biobriquettes. This study examines the potential of biobriquettes made from cassava peel charcoal with a focus on raw material availability, cost of energy, and environmental emission impacts. The review indicates that cassava peel charcoal biobriquettes have promising potential as an alternative fuel, although optimization is still needed in terms of densification, binder selection, and combustion efficiency. With proper processing, cassava peel waste can serve as a sustainable energy solution that supports the decarbonization program in the power generation sector.References
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