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Hazardous Waste Diversion Project: Recycling Computers Jeff Hoppe, Lauren Martin, Patricia Gutierrez, Steven Coppola Rutgers University: Engineering Economics.

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Presentation on theme: "Hazardous Waste Diversion Project: Recycling Computers Jeff Hoppe, Lauren Martin, Patricia Gutierrez, Steven Coppola Rutgers University: Engineering Economics."— Presentation transcript:

1 Hazardous Waste Diversion Project: Recycling Computers Jeff Hoppe, Lauren Martin, Patricia Gutierrez, Steven Coppola Rutgers University: Engineering Economics April 27, 1999

2 Problem Statement Improper disposal of old computers which contain hazardous waste components due to lack of regulations and affordable economic alternatives to companies

3 Problem Factors n Hazardous Components n Methods Unknown to Consumers n Difficult to Recycle n Low Salvage Value n Manufacturers n Lack of Regulations n Y2K

4 Vision Statement n To decrease the amount of waste hardware. n To find the most economical and environmental solution.

5 Goal and Objective n Continue reuse methods n Continue Demanufacturing n Instate Federal Regulations n Green Design Engineering n Make Manufacturers Responsible

6 Economic and Operational Assumptions n Computers will be sent back to the manufacturer n With the help of legislation, computer companies will be willing to participate in the redistribution of computers. n This program will encourage manufacturers to design computers that can be upgraded by replacing the inner components while still using the same outer hardware.

7 Economic Issues n Who pays the collection costs? n Incentives for manufacturers. n Possible loss of profit to computer companies.

8 Design Issues n Companies do not have the facilities or the knowledge to collect and evaluate used computers. A collection system, budget and facility would have to be designed for cost-effectiveness and efficiency.

9 Proposed Solution Methodology n Analyze facilities using cost estimating techniques n Determine approximate number of computers discarded each year in the US n Succeed in convincing computer companies to use green/”upgrade friendly” designs

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11 Post-Collection Options n Landfilling n Donate to those in need n Demanufacture n Upgrade and resell

12 LandfillingPOSITIVES n Quick Fix n Can continue to sell new computers at maximum profit. NEGATIVES n Disposal Fees n Hazardous Waste n Takes up Space n Waste of Materials

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14 Donating Used Computers POSITIVES n Helps those in need of technology n Extends the useful life of computers n Tax write off n Avoids disposal fees NEGATIVES n Shipping Fees n Loss of components n Damage during shipping. n Y2K will make some older computers useless. n Continuous Loop

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16 Demanufacturing POSITIVES n Possible profit n Recycling of CPU’s, circuit boards, precious metals and CRT’s n Avoids disposal fees n Less hazardous waste in landfills NEGATIVES n Shipping Fees n Tedious Labor n Low profits n Lack of a substantial market for parts n Some disposal still necessary

17 Results for Demanufacturing

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19 Upgrade and Resell POSITIVES n Possible profit n Extends computer life n Avoids disposal fees n Less hazardous waste in landfills NEGATIVES n Need compatible parts n Lower profits than sale of new computer n Some disposal still necessary

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21 Total Cost n This cost will be added to the selling price of the computer at the time of purchase n Takes into account the percentage contribution of each option OPTION%PRICETOTAL OPTION%PRICETOTAL Donate10$81.10$8.11 Demanufacture45$11.32$5.09 Landfill5$50.09$2.50 TOTAL COST $15.70 Upgrading computers results in lower purchase price. Upgrade $511.62

22 Collection Options n Drop-off events n Permanent collection depot n Curbside collection n Point of purchase

23 Drop-off Events POSITIVES n Low initial investment n High collection amount for time invested NEGATIVES n Need publicity n Low participation n Conflicts with other events n Residents ignorant

24 Permanent Collection Depot POSITIVES n Year round collection n Convenient for residents n No time constraint NEGATIVES n High initial investment n Not effective for every community size n Staff increased operational costs

25 Curbside Collection POSITIVES n Easiest for residents n Residents do not need transportation NEGATIVES n Possible for equipment to be stolen n High operational costs n Need customized hauling equipment

26 Point of Purchase POSITIVES n Low investment cost n Promotion done by retailers NEGATIVES n Need retailers to participate n Statistical data may not be recorded by retailer

27 Problems Encountered n Broad Topic n Companies not responsible for entire life of product. n Recycling is currently not profitable

28 Proposed Solutions n Demanufacturing n Upgrade and Resell n Donating


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