Perencanaan Pembangkit Listrik Tenaga Sampah Studi Kasus Pasar Bringharjo Yogyakarta
Keywords:
waste, renewable energy, power generationAbstract
The potential trash generated in DIY City, particularly in Bringharjo Market, is directly proportionate to the fluctuating activity. The Traditional Market generates 24 m3 of garbage each day, totaling 8,520 m3 per year. The effectiveness of treatment has not been optimized, with waste classification methods and land-field or open disposal still being focused. Qualitative methodologies and waste utilization literature studies are used in the research. The level of urgency, needs, and features of benefits are used to determine which variables are independent and which are dependent. The results demonstrated that the Fluidized Bed Combustion technology may be used to build a waste power plant (PLTSa). The system takes into account trash volume and type, capacity, and heat, with a maximum heat of 8000 BTU/h equating to 8.44 X 106 Joules.
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