A Modification Design of Coconut Husk Remover and Shredder Machine

Cocounut industry in the Philippines faces significant challenges, particularly evident in Sitio Malbog, Tagkawayan, Quezon, where labor-intensive manual husk removal, associated health risks for farmers, environmental pollution from husk burning, and underutilization of husk resources hinder sustainable farming practices. This study a proposes a solution, the design and development of a coconut husk remover with a shredder to address these alarming issues. To enhance efficiency, sustainability, and profitability in coconut farming in Sitio Malbog and similar communities. The researchers investigate factors governing coco peat and fiber production, evaluate mechanical parameters, propose modification designs, and assesses the fabricated prototype's functionality, efficiency, and cost-effectiveness. Incorporating insights from community interviews and surveys, supported by analytical tools such as fishbone diagrams and root-cause analysis, reveals the complexities of manual husk removal and waste management. Ergonomic evaluations using the REBA tool ensure occupational safety. Findings underscore the labor-intensive nature of traditional husk removal methods and associated wastage, emphasizing the necessity for the proposed mechanical solution. This innovation streamlines operations, reduces labor costs, fosters workplace safety, and transforms husks into value-added products, enhancing farmers' income. By introducing mechanical enhancements to traditional processes, expanding production efficiency and quality in the coconut industry. The research outcomes demonstrate user satisfaction and successful resolution of traditional method deficiencies, positioning the study as a substantive contributor to the sustainability and economic viability of coconut farming. The envisioned machine prototype offers a promising avenue alleviating hardships faced by coconut farmers in Sitio Malbog, Tagkawayan, Quezon, and similar agrarian communities nationwide.