Enhancing Refuse-Derived Dry Fuel Performance: A Comprehensive Impact Assessment of the Tanza Integrated Waste Managementand Treatment Facility Project in Barangay Sahud-Ulan, Cavite
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DOI:
https://doi.org/10.54536/ajet.v4i4.6155Keywords:
Circular Economy, Environmental Management, Operational Efficiency, Policy Implementation, Refuse-Derived Dry Fuel (RDDF), Sustainability, Waste-to-EnergyAbstract
The Refuse-Derived Dry Fuel (RDDF) performance of the Tanza Integrated Waste Management and Treatment Facility Project in Barangay Sahud-Ulan, Cavite was investigated in this paper, utilizing descriptive correlational research approach. It aimed to assess RDDF performance in terms of fuel quality, energy efficiency, economic viability, and environmental effect and looked whether it is affected by facility infrastructure and technology, operational efficiency, sustainability practices, and policy implementation. A total of 378 respondents which consists of waste management professionals, facility managers, legislators, business stakeholders, and community representatives were selected through stratified random sampling.Findings shown that the respondents strongly agreed that facility’s infrastructure, technology, and operational systems are very effective in enhancing RDDF performance. It also revealed that facility operational factors and RDDF outcomes had significant relationship leading to the confirmation that modern technology, efficient waste segregation, and effective policy implementation directly amend fuel quality and energy recovery. Additionally, sustainability and environmental management were also known as significant components in lessening emissions and ensuring long-term ecological balance. Thus, the study revealed that Tanza facility positively contributes to sustainable waste management and alternative energy production.
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Copyright (c) 2025 Renford Ellis Jenz E. Alano, Aliw E. Amoroso, Jennibelle Lyka K. Dugas, Daryl Davvid S. Emnacen, John Ian Ii C. Espejo, Jayma Joyce C. Estallo, Hazel Marie F. Ferras, Ebrahim U. Kamid, Ryan M. Sadang, Romela R. Valdez
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