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This project aims to design and prototype a batch reactor for converting waste vegetable oil from the Calvin College dining halls into a usable diesel fuel substitute. Key design considerations include cost-effectiveness, stewardship, and compliance with design norms. The process involves a two-step reaction: acid-catalyzed and base-catalyzed methods, followed by a thorough washing process to remove unwanted products, ensuring the production of pure biodiesel. This initiative promotes environmental sustainability and resource optimization.
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Team 11 Mitch Kenyon, Adebo Alao, Christian Ocier, Joshua Harbert, Fred Thielke
Outline • Objective and Scope • Design Considerations • Design Overview
Objective and Scope To design and prototype a batch reactor to convert waste vegetable oil from the Calvin College dining halls into usable diesel fuel substitute • Design and Prototype • Waste Vegetable Oil • Usable Diesel Substitute Objectives and Scope Design Considerations Design Overview
Design Considerations • Design Norms • Stewardship • Integrity • Caring • Cost Objectives and Scope Design Considerations Design Overview
Design Overview • Filtration System • Remove Solid Particles • Remove Water • Reactor • Two Step Process • Acid Catalyzed - Base Catalyzed • Washing Process • Remove Unwanted Products • Separate out Pure Biodiesel Objectives and Scope Design Considerations Design Overview