1. Cook Stove for Haiti Project 11461 Date: April 22, 2011 Time: 1pm – 2pm Data Review

2. Team Members Project Leader Rob Reid (ME) Lead Engineer Jordan Hunter(ME) Team Engineers Alex Seidel (ME) Brian Knight (ME) Mike Lagos (IE)

3. Presentation Overview Project Plan Testing Results Engineering Specs Boiling Data Simmer Data Boil Time, CO(ppm) Particulate, Mass to Boil Stove Design Drum Layout

4. Project Plan

5. Testing Results #TestUnitsMarginalTargetResultStatusNotes 1Thermoelectric Connection-Can Can'tFailThe Thermoelectric is too big to properly connect 2Tipping Test-Doesn't Didn'tPass 5Stove Volumem^30.30.20.005Pass 6Stove Weightkg1086.145Pass 7Lifting Indexkg1510.7 In Process 8Assembly Timeminutes240120+250FailWell over 4 hours 9Time to Combustionminutes1052Pass 10Time to Water Boilminutes1587PassCase 5 11Range of Heat OutputkW0.4-3.00.4-5.1 In Process 12Tasks to Maintain-521Pass 13CO Emissionsppm 300Revising 14Hazardious Emissionsgrams0.70.40.0003Pass 15Sustain Boil of 9.46Lminutes 120 Revising 16Maximum TemperatureC8050 In ProcessPass based on physical observations, collecting data 17Cost to Produce$20.0010.00 In Process 18Cost to Operate$/Day0.500.250.64Fail 19Pot Weight Rangekg101534Pass 20Stove Drop Testcm60100>100Pass 21Stove Lifemonths8>12 Revising 22Cycles without Cleaningcycles520>20Pass 23Corrosioncm^2 0 Revising 24Rain ExposureN/A Revising

6. Engineering Specifications

7. Boiling Data

8. Simmer Data

13. Stove Design Stove Height & Diameter Remain Parameters Chosen: -Combustion Holes remain 21x0.5” -Pot Supports 0.5cm -Optimal Skirt Gap 0.5cm -Combustion Chamber +1” height

14. Drum Layout

15. No Questions