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Project Overview
The goal of this project is to design and build a Solar Pasteurizer. Students will be working through the Sustainable Technologies for the Third World, so we will be focusing on designs that are environmentally friendly, renewable, and do not use consumables. Cultural awareness and sensitivity from the students will be crucial in understanding the needs of people in developing countries. Developing a product that our customers can understand, operate, and afford is the overall objective of this project
Funding for this project was provided through the EPA's People, Prosperity, and Planet program.Team Members
| Name | Major | Role | contact |
|---|---|---|---|
| Ben Johns | Mechanical Engineering | Team Lead | bgj5992@rit.edu |
| Seby Kottackal | Mechanical Engineering | Material Specialist | stk4064@rit.edu |
| Adam Yeager | Mechanical Engineering | Design Engineer | ary7032@rit.edu |
| Brian T Moses | Mechanical Engineering | Modeling | btm4554@rit.edu |
| Greg Tauer | Industrial and Systems Engineering | Fabrication Specialist | gwt8641@rit.edu |
Team Documents
Planning
Mission Statement Functional DiagramConcept Development
System Level Design
System Level Design Review Presentation
System Level Design Review Agenda Steady State Model
Anticipated Output Based on Real Weather Data
Detail Design
Design for Manufacturing and Assembly
Testing and Refinement
System Performance
Test Results:
Prototype Costs and Team Expenditures
Bill Of MaterialsManufacturing Plan
Published Documents
Senior Design I:Senior Design II:
Research Documents
A Simple High Efficiency Solar Water Purification System
Water Disinfection for Developing Countries and Potential for Solar Thermal Pasteurization


