Biomass gasification stove performance using Sago waste pellets with variation of aluminum oxide (Al2O3)

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The perspectives of this research include several significant aspects: 1. Broader Application: The eco-friendly gasification stove technology using sago waste can be adopted in other regions with similar biomass waste. This opens opportunities for utilizing other agricultural residues, such as coconut husks or rice husks, as renewable energy sources. 2. Environmental Impact: This research contributes to reducing environmental pollution by repurposing sago waste that would otherwise pose pollution risks. Implementing this technology can help maintain local environmental cleanliness and reduce greenhouse gas emissions through more efficient combustion processes. 3. Renewable Energy and Energy Security: The development of this technology contributes to the diversification of renewable energy sources, helping reduce reliance on fossil fuels. This supports global efforts to transition to sustainable energy use. 4. Local Economy and Food Security: This research can boost the local economy by utilizing sago industry waste and supporting the sustainability of sago production as a primary food commodity in Papua. It can create new business opportunities, strengthen food security, and enhance local community welfare. 5. Technological Innovation and Further Research: The application of aluminum oxide (Al₂O₃) as a catalyst during the pelletization process is an innovation that can encourage further research in gasification technology and renewable energy. This paves the way for future studies on potential alternative catalysts and the optimization of gasification processes for various types of biomass. These perspectives indicate that this research not only benefits the local context but also has the potential for global contributions in environmental preservation, renewable energy development, and economic enhancement.

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