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 Produce an attractive product for the growing “green” market
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.
Project Goals Minimize household waste Efficiently decompose bio-degradable waste Cost effective and suitable for home use Marketable
Commercially Available Compost System System is being tested Lack of mechanical components Potential to increase efficiency
Design Parameters Prototype Design must: o Inexpensive, overall o Easy to use o Compact in size o Work autonomously o Work cleanly o Not attract unwanted insects or pests
Project Diagram
Concept Alternatives Pros: Large shredding area Compact shape Quick shredding time Cons: Larger shredding mechanism Concept 1:
Concept Alternatives Pros: Small shredding mechanism Large shredding area Cons: Large, non-compact shape Slow shredding time Concept 2:
Proposed Design Concept 1 will be chosen for the design base. Add-ons include: o Solar Cells o Battery Pack o Electronic Sensors o Cooling fan
Conclusion Commercially available system is being tested Ambient regulation is currently in progress Ultimate goal: market competitive product