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Compost Accelerator

Compost Accelerator. Team 9: Jorge Ramirez Stephano Salani Eric Zuniga. Advising Professor: Dr. Kuang-Hsi Wu. Problem Statements. Increase the efficiency of organic waste management Accelerate the decomposition of biodegradable waste into useable compost

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Compost Accelerator

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  1. Compost Accelerator Team 9: Jorge Ramirez StephanoSalani Eric Zuniga Advising Professor: Dr. Kuang-Hsi Wu

  2. Problem Statements • Increase the efficiency of organic waste management • Accelerate the decomposition of biodegradable waste into useable compost • Produce an attractive product for the growing “green” market

  3. Solution Concept • A device that converts biodegradable waste into compost. • Compost – Organic fertilizer that is rich in nutrients • Vermicomposting (use of worms) will be enhanced through mechanical control systems.

  4. Project Goals • Minimize household waste • Efficiently decompose bio-degradable waste • Cost effective and suitable for home use • Marketable

  5. Commercially Available Compost System • System is being tested • Lack of mechanical components • Potential to increase efficiency

  6. Design Parameters Prototype Design must: • Inexpensive, overall • Easy to use • Compact in size • Work autonomously • Work cleanly • Not attract unwanted insects or pests

  7. Project Diagram

  8. Concept Alternatives Pros: Cons: Concept 1: • Large shredding area • Compact shape • Quick shredding time • Larger shredding mechanism

  9. Concept Alternatives Pros: Cons: Concept 2: • Small shredding mechanism • Large shredding area • Large, non-compact shape • Slow shredding time

  10. Proposed Design • Concept 1 will be chosen for the design base. • Add-ons include: • Solar Cells • Battery Pack • Electronic Sensors • Cooling fan

  11. Conclusion • Commercially available system is being tested • Ambient regulation is currently in progress • Ultimate goal: market competitive product

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