IMPROVISED PORTABLE GRINDER FOR BIODEGRADABLE WASTE

Education

This study developed and evaluated an improvised portable grinder for biodegradable waste to address challenges in waste management, particularly in resource-limited areas. the device was designed to process biodegradable materials, such as food remnants and leaves, into compostable outputs for school gardens. by emphasizing portability, cost-effectiveness, and the use of recycles materials, the grinder offers a sustainable and practical alternative to high-cost, infrastructure-dependent waste management technologies. The study employed a developmental survey research design, focusing on the device's fabrication, assembly, and testing processes. Its acceptability was evaluated based on functionality, mobility, durability, efficiency, and safety. Results showed high acceptability, with functionality and safety being particularly well-regarded. The grinder's mobility-enhancing pushcart design and user-friendly operation were found to meet the needs of schools in remote or resource-constrained settings. Recommendations include increasing feeder capacity, strengthening the grinding mechanism, and promoting renewable energy options to further enhance its usability and environmental sustainability. The study underscores the device's potential as a cost-effective solution for improving biodegradable waste management in schools.

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