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Re-Design of The Jiko Cooking System. EDSGN 100-005 Team 2 Submitted by: Sam Smith James English Emunael Mpanduki Ramon Cruz Submitted to: CYEC. Table of Contents. The Problem Objectives Background Possible Solutions Our Plan Final Solution Conclusion. A Problem in Kenya.
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Re-Design of The Jiko Cooking System EDSGN 100-005 Team 2 Submitted by: Sam Smith James English EmunaelMpanduki Ramon Cruz Submitted to: CYEC
Table of Contents • The Problem • Objectives • Background • Possible Solutions • Our Plan • Final Solution • Conclusion
A Problem in Kenya • Greatest Health Risk of Children Under 5 in Developing Nations • Smoke Inhalation from Indoor cooking • Biofuels lead to deforestation • Low income levels • Prefer to cook indoors
Project Objective • Design a low cost, sustainable, and culturally appropriate cooking system for use by poor and marginalized people in the developing world.
Design Objectives • The system should utilize an appropriate fuel source. • A business centered on the fabrication of such a system should be considered to serve a market of people who earn less than $2/day.
Market • Primary Market • Rural Kenyans • Secondary Market • Urban Kenyans • Other Developing Countries
Assumptions • The cooking system must be marketable and profitably by the CYEC • Reduction of harmful emissions • Low cost to buy • Durable • Easy to use
Stakeholders • Users • Shell • CYEC • Manufacturers • Factories, marketers, transport, supply chain
What the Customers Said • Want a cheap efficient cooker • A durable product • Ventilation seems to not be a problem
Technical Issues • Mass production must be cheap • Product must be reliable • Need capital to start mass production
Social Issues • Cooking is seen as a private matter • Cheaper is better • Massive corruption • Woman are the target audience
Environmental Factors • Fuel sources such as wood are running out • Harmful things like dung are being used
Economical Issues • Advertising • Keep costs low • 30% markup on sales • The CYEC youths are capable of manufacturing
Possible Solutions • Ventilation System • Solar Power Cooker • Modify Jiko • Modify Envirofit • Jiko-Solar Power Option • Gel Fuel Stove
Modify Jiko • Majority of Kenyans already use the Jiko • Current Jiko Offers: …
How to Reduce Oxidation • Hot-Dip Galvanizing • Zinc or Aluminum • Requires: • Galvanizer kettle • Zinc- $2.354/Kg
Oxidation of Zinc 2Zn(s) + O2(g) 2ZnO(s) ZnO(s) +CO2(g) ZnCO3(s) Oxidation only proceeds until a small layer of ZnCO3(s) is produced. This protects the rest of the zinc and other metals from further Corrosion.
New and Improved Jiko • Will last up to double is previous life span if not more guaranteed.
New and Improved Jiko • This just the simple new improvement will: • Increase life span of Jiko • More durable Jiko • More efficient in long run
Implementation by CYEC • Production of the new jiko • A simple process which can be easily learned • Will profit from the sales of the modified jiko
Cost Analysis • Production Costs • $4.10 for an individual jiko • Sale price • $5.33 • In order to create facilities in which the Jiko can be massed produced by the CYEC, a minimum of $10,000 must be gained from charitable sources
Recycling Plan • Customers can give their old jiko’s to the CYEC and receive a discount on a new CYEC made jiko • The handed in jikos will be recycles saving costs
Refrences • http://images.google.com/images • http://www.encyclopedia.com/topic/galvanizing.aspx • http://www.solutions-site.org/kids/stories/KScat2_sol60.htm • http://www.engr.psu.edu/ed/design_projects/fa09 • www.envirofit.org • https://cms.psu.edu/section/default.asp?id=200910FAUP+++REDSGN100+005