Group 8
Contents
BAHADAR KHUNKHUN
Phone: 222-4671
EMAIL: bkhunkhu@eng.fsu.edu
DAVID CHANCELLOR
Phone: 504-3969
EMAIL: chancellor@eng.fsu.edu
TONY MILLS
Phone: 877-6701
EMAIL: mills@eng.fsu.edu
MENTOR:
DR. BUZYNA
Phone: 410-4572
EMAIL: buzyna@eng.fsu.edu
Work Breakdown Schedule
Overall
Components
Cost
Control System
Mathematical model
Sensors??
Actuator??
Computer Operated
Heating/Cooling System
Heat Transfer
Maintaining ideal temp
Solar Energy Balance
Proper sizing
Optimize Thermal Mass
Enclosure Specs
Biological System
Feeding
Waste removal
Water circulation
Population Density
Life Cycle
Permits
Power Generation/Translation
Solar Collection/Storage
Back-up Power
Optimum Config
Power consumption of components
Solar Radiation
Scope:
To develop and implement a system to maintain
a freshwater aquaculture system at ideal conditions to rear bait shrimp.
Key Business Goals:
To develop an economical, yet feasible, product
that will more than adequately benefit the consumer.
Target Market:
This particular product is to be marketed towards
aquaculture farmers, bait shops, fishermen, and those research facilities
interested in the production of shrimp in ideal conditions.
Assumptions/Constraints:
In developing this product, several assumptions
have been made which will/are placing constraints on the overall project.
It is believed that the daily amount of solar radiation will be enough
to charge the solar cells. Also it has been assumed that the said
latitude of the location (29.1°) will remain the same. The
product is to maintain ideal conditions for optimum shrimp growth.
Stakeholders:
Sponsor, Dr. George Buzyna
FAMU/FSU Mechanical Engineering Dept
FSU Oceanography/Biology Dept
Heat Exchanger Fluid Circulation
Holding Tank Water Circulation