Investigating the Use of Acrylic and Fiberglass Composite for Packaging of Biogas in Institutions of Learning in Mukono Municipality
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Date
2024-04-15
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Abstract
This report presents the development of an innovative bio-gas storage solution using
a composite material blend of acrylic and fiberglass, designed to address the
limitations of traditional storage methods in institutional settings. The project
encompasses a comprehensive study that begins with the analysis of the chemical
composition of bio-gas produced in institutions in Mukono Municipality, guiding the
design criteria, for the storage cylinder. Utilizing Computer-aided design and finite
element analysis, the cylinder meticulously designed to withstand internal pressures
and operational demands, ensuring both safety and efficiency. The fabrication
process highlighted the practical application of composite materials, demonstrating
their suitability for bio-gas storage through a blend of durability, cost-effectiveness,
and environmental consideration. A cost-benefit analysis underscored the economic
viability of the composite cylinder, positioning it as a superior alternative to existing
and steel options by balancing initial investment with operational longevity and
maintenance requirements.
The findings contribute valuable insights into the application of composite materials
in renewable energy storage, proposing a scalable, sustainable solution for bio-gas
management that aligns with global energy sustainability goals. The report
culminates the recommendations for further research and development, suggesting
pathways to optimize design and fabrication processes, enhance operational
efficiencies, and expand the adoption of composite bio-gas cylinders in diverse
contexts.