Small-Scale Incinerator as Thermoelectric Power Generator
Year: 2025
Type: article
Abstract: Waste management is a critical priority that requires attention from society, as electricity is essential for every household. The challenge of high electricity costs is exacerbated by a persistent electrical shortage stemming from limited energy sources. This study aimed to evaluate the acceptability of Small-Scale Incinerators as Thermoelectric Power Generators. Utilizing a descriptive and experimental research approach, the researchers developed small-scale incinerators designed to convert heat energy into electricity through the Seebeck effect. A descriptive research methodology was employed, wherein the researchers surveyed ninety respondents to assess the Small-Scale Incinerator based on factors such as affordability, appearance, durability, functionality, and safety. The findings indicated that 1 kilogram of biodegradable waste produced an output voltage of 0.010 volts with a recorded heat of 545°C, fully charging a twenty-four-volt battery in 685.71 minutes. In contrast, 3 kilograms yielded an output voltage of 0.030 volts at a heat of 650°C, fully charging a twenty-four-volt battery within 228.57 minutes, while 5 kilograms produced an output voltage of 0.050 volts at a heat of 820°C, fully charging a twenty-four-volt battery in 137.14 minutes. Overall, based on the performance of the Small-Scale Incinerator as a Thermoelectric Power Generator, respondents found it acceptable in terms of affordability, appearance, durability, functionality, and safety.
Authors: Ellise Arra G. Baraquiel, Mary Grace L. Abiera, Jersen Jewel R. Ascotia, Levira Francine S. Bumanlag, Queenie G. Galindo, Mark Angelo Gozon, Steven Jeoffrey D. Jimenez, Christian James Rivera, Kenzo Miguel E. Torres, Joshua M. Valandra, John Kenneth C. Goyal
Institution: Valenzuela City Technological College
Language: English
Subfield: Materials Chemistry
Field: Materials Science
Domain: Physical Sciences
Open Access status: diamond
OpenAlex ID: W4408406317