Compost Accelerat - Florida International University
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Transcript Compost Accelerat - Florida International University
Compost Accelerator
Team 9:
Advising Professor:
Dr. Kuang-Hsi Wu
Jorge Ramirez
Stephano Salani
Eric Zuniga
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
o
o
o
o
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Inexpensive, overall
Easy to use
Compact in size
Work autonomously
Work cleanly
Not attract unwanted insects or pests
Project Diagram
Concept Alternatives
Concept 1:
Pros:
Large shredding area
Compact shape
Quick shredding time
Cons:
Larger shredding
mechanism
Concept Alternatives
Concept 2:
Pros:
Cons:
Small shredding
mechanism
Large shredding area
Large, non-compact
shape
Slow shredding time
Proposed Design
Concept 1 will be chosen for the
design base.
Add-ons include:
o
o
o
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Solar Cells
Battery Pack
Electronic Sensors
Cooling fan
Conclusion
Commercially available system is
being tested
Ambient regulation is currently in
progress
Ultimate goal: market competitive
product