ReBytes Article Presentation

4/6/01


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Table of Contents

ReBytes Article Presentation

Computer Take-Back and Recycling: An Economic Analysis for used Consumer Equipment

Introduction

Estimate of Life Expectancy and Numbers of Future Computers

San Jose Pilot Plant Goals

San Jose Pilot Plant Methodology

Material Flow Process

Weight and Mix of Collected Items

Sources and Relative Revenue for San Jose Pilot Plant

Sources and Relative Revenue for San Jose Pilot Plant

San Jose Pilot Plant Costs and Net Revenue

Impact of CRT Regulations on Project

Conclusions of San Jose Pilot Plant

Analysis of Design Efficiency for the Disassembly of Modular Electronic Products.

Introduction

Design for Disassembly (DfD)

Technique for analysis of design efficiency

Design for Disassembly Index (DfDI)

Disassembly Tree (DT)

Disassembly Path Example

Disassembly Time Example

Cost-benefit function

DfDI calculation procedure

Conclusions

Multi-lifecycle product recovery for electronic products.

Introduction

Importance of Design

Types of Design

What drives DFE?

CAD Tools

Product Lifecycle

Recovery vs. Time

Time varying cost model

What to do with a retired node(part)?

Conclusions

Product End-of-Life Strategy Categorization Design Tool

Introduction

Design for Recyclability

Design for Product End-of-Life

Integration of ELDA with Other Recyclability Tools

Product EOL Strategy Design Tool Study

Product EOL Strategy Design Tool - ELDA

A Framework for the Flexible Grouping of Products for Disassembly

Introduction

Introduction, cont.

Disassembly Plant Critical Issues

Flexibility and Group Technology (GT)

Disassembly Product Groupings (DPGs)

Terms and Definitions

Disassembly Product/Process Attribute Hierarchy

The Product Structure

The Resource Requirements

ìGrowing Neural Gasî (GNG) Network Model

Modified GNG

Products Disassembled

Results and Discussion

Study Conclusion

For Product Grouping

Thank you

Author: Bruce A. Finlayson

Email: finlayson@cheme.washington.edu

Home Page: http://courses.washington.edu/rewired/

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