The objective of this project is to reduce the algae population in Findley Lake through water circulation and oxygenation.  

Team Members

Richard Cooper | William Frost | Devon Schmitt | Saishashank Survi |

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Project Summary

Overview

Currently, Findley Lake is experiencing a big problem with the growth of algae in the lake. As of now, there is no current method of removing the algae from the lake. A proposal was given to combat the algae with a device called SolarBee, but it did not meet the customer’s constraints. Because of this, the group has been tasked with designing a device that will effectively reduce both the algae that is present in the lake and the severity of the algal blooms that happen later in the summer.

Objectives

This project’s objective is to reduce the algae population in Findley Lake through water circulation and oxygenation. This design offers a more affordable and modular design that meets the sponsors specifications.

Approach

• Conduct customer needs assessment to formulate specification
• Generate concepts based upon sponsors needs and specifications
• Use research to find similar products and improve upon design
• Formulate decision matrix to accurately decide upon most effective design
• Collaborate with sponsor by providing information and progress of system
• Generate model of the design using CAD software
• Fabricate a physical visual model to represent concept
• Proof of concept using mathematical calculations
• Validate sponsor specification through CFD and FEA software

Outcomes

The finding of the Findley Lake Algae Reduction outcomes include:

  • A system that will create the circulation of water in an area of 20 acres
  • A unique design that protects the safety of wildlife and lake patrons
  • System that offers a less expensive design with similar performance to competitors
  • The design features an iterative and upgradable system that can be altered to fit different criteria and specifications