Opportunities and Challenges in Plastic Waste Management Strategies in Boyolali, Indonesia

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Pyrolysis technology converts plastic waste into renewable fuel, reducing environmental pollution and dependence on fossil fuels.
The pyrolysis process produces 1,625 liters of fuel monthly with a high energy potential, including diesel and gasoline.
Descriptive qualitative analysis and experimental methods evaluate both plastic waste management and pyrolysis efficiency.
Findings highlight the need for renewable energy technologies to address plastic waste challenges in Boyolali.

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Descriptive qualitative methods assessed plastic waste management, suggesting pyrolysis as a renewable fuel alternative.

Kusmiyati et al. (2025) studied this question.

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