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Sustainability in manufacturing: recovery of resources in product and material cycles

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Bibliographic Details
Other Authors:	Seliger, Günther (Editor)
Format:	Book
Language:	English
Published:	Berlin [u.a.] Springer 2007
Subjects:	Recycling Verarbeitende Industrie Nachhaltigkeit
Links:	http://deposit.dnb.de/cgi-bin/dokserv?id=2874605&prov=M&dok_var=1&dok_ext=htm http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=015643098&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA
Physical Description:	XVI, 423 S. Ill., graph. Darst.
ISBN:	9783540498704 3540498702

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MARC


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Record in the Search Index

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adam_text	Table of Contents 1 Introduction.............................................................................................1 2 Global Framework...................................................................................7 2.1 Wealth Distribution and Use Productivity......................................7 2.2 Education by Projects....................................................................11 2.3 Processes and Products.................................................................14 2.4 Sustainable Recycling of End of Life Vehicle in China...............17 2.4.1 Recycling Industry.............................................................18 2.4.2 Remanufacturing Activities...............................................22 2.4.3 Challenges..........................................................................28 3 Life Cycle Engineering and Management.............................................31 3.1 Status and Perspectives.................................................................31 3.1.1 History................................................................................33 3.1.2 Methodology .....................................................................35 3.1.3 Economic and Social Aspects............................................42 3.1.4 Data and Tools...................................................................44 3.1.5 Integrated Product Policy...................................................45 3.1.6 Eco Efficiency of Industrial Activities...............................49 3.1.7 Conclusion.........................................................................58 3.2 Saving Resources by Reuse, Recycling, Recovery.......................68 3.2.1 Environmental Evaluation.................................................68 3.2.2 Application.........................................................................73 3.2.3 Conclusion.........................................................................75 3.3 Minimizing the Overall Environmental Impact............................78 3.3.1 Life Cycle Approach..........................................................79 3.3.2 Modular Life Cycle Assessment........................................82 3.3.3 Conclusion.........................................................................87 3.4 Assessment of Recyclability.........................................................90 3.4.1 Process Steps for Closed loop Material Flows..................90 3.4.2 Recyclability of a Product..................................................92 3.4.3 Approach............................................................................94 3.4.4 Integration of Product Assessment...................................100 VIII Table of Contents 3.5 Efficient Economic Organization................................................104 3.5.1 Basic Issues for an Efficient Closed Loop Economy......105 3.5.2 Practical Implementation of Take Back Schemes...........118 3.5.3 Conclusion.......................................................................125 3.6 Reverse Logistics........................................................................130 3.6.1 Redistribution Processes..................................................132 3.6.2 Cycle Economy and Disassembly....................................134 3.6.3 Network of Disassembly Factories in Europe.................136 3.6.4 Conclusion.......................................................................141 4 Product Development..........................................................................143 4.1 Design Guidelines.......................................................................143 4.1.1 Redesign of a Washing Machine Solenoid Valve............146 4.1.2 IT based Design Support..................................................148 4.1.3 Feedback of Design relevant Information.......................151 4.2 Connections.................................................................................156 4.2.1 Disconnecting Supporting Connections..........................156 4.2.2 Parameters Determining (Dis)connecting........................159 4.2.3 Classification Scheme of Connection Principles.............162 4.2.4 Systematic Design of Connections..................................167 4.2.5 Conclusion.......................................................................168 4.3 Simulation Tools for Disassembly Design..................................170 4.3.1 Product Condition Model.................................................171 4.3.2 Virtual Disassembly.........................................................175 4.3.3 Enhancement of Service and Disposal.............................177 4.4 Product Life Cycle Planning and Tracking.................................183 4.4.1 Information Technological Infrastructure........................184 4.4.2 Implementation................................................................186 4.4.3 Knowledge as a Process Driver.......................................190 4.5 Reference Model for Managing Product Development .............193 4.5.1 Sustainability....................................................................193 4.5.2 Modeling..........................................................................196 4.5.3 Generic Model ................................................................199 4.5.4 Open Knowledge Support to Small Enterprises..............205 4.6 Cleaner Production......................................................................207 4.6.1 Methodology....................................................................208 4.6.2 Industrial Cases................................................................211 4.6.3 Trends...............................................................................214 Table of Contents IX 5 Processes and Tools for Disassembly..................................................217 5.1 Non Detachable Connections......................................................217 5.1.1 Drilling.............................................................................219 5.1.2 Shearing and Splitting......................................................221 5.1.3 Jet Techniques..................................................................223 5.1.4 Cryotechnical Hybrid Tools.............................................231 5.1.5 Inductive Heating and Thermal Removal .......................233 5.2 Detachable Connections..............................................................237 5.2.1 Working Principles...........................................................238 5.2.2 Disassembly Tool Kit.......................................................249 5.3 Clamping Systems......................................................................254 5.3.1 Dodekapod Parallel Kinematic with 12 Axes...............256 5.3.2 Deployment of Parallel Structured Clamping Systems ...263 5.4 Cleaning Technologies................................................................268 5.4.1 Challenges........................................................................268 5.4.2 Blasting............................................................................270 5.4.3 Brushing...........................................................................283 5.4.4 Flexible Cleaning Centre.................................................283 5.4.5 Laser Assisted Dry Ice Blasting.......................................286 5.5 Hybrid Disassembly System.......................................................290 5.5.1 Requirements...................................................................290 5.5.2 Layout Variants................................................................291 5.5.3 Equipment and Facilities..................................................294 5.5.4 Unscrewing Process.........................................................296 5.5.5 Adaptation to Different Products....................................301 5.5.6 Information and Control..................................................307 5.5.7 Conclusion.......................................................................311 6 Planning for Remanufacturing and Recycling....................................313 6.1 Facility Planning ........................................................................313 .1 Product and Process Analysis .........................................315 .2 Product Classification......................................................319 .3 Dimensioning...................................................................321 .4 Structuring........................................................................325 .5 Modelling and Simulation................................................327 .6 Conclusion.......................................................................329 6.2 Program Planning........................................................................331 6.2.1 Optimisation Model.........................................................331 X Table of Contents 6.2.2 Flat Screen Monitor Remanufacturing............................332 6.2.3 Model Implementation and Application..........................337 6.2.4 Conclusion.......................................................................340 7 Enabling for Sustainability in Engineering.........................................343 7.1 Maintenance Essential for Life Cycle Management...................344 7.1.1 Life Cycle Perspective.....................................................345 7.1.2 Framework.......................................................................347 7.1.3 Information Loop.............................................................350 7.1.4 Conclusion.......................................................................352 7.2 Intelligent Maintenance Systems ...............................................354 7.2.1 Watchdog Agent® Technique...........................................357 7.2.2 Responsive Maintenance.................................................360 7.2.3 Hierarchical Architecture................................................362 7.3 Life Cycle Unit Concept and Application................................366 7.3.1 Architecture and Implementation....................................369 7.3.2 Integration in Different Products.....................................373 7.3.3 Conclusion.......................................................................377 7.4 Miniaturized Life Cycle Units....................................................379 7.4.1 Sustainment of Microsystems..........................................379 7.4.2 Modular Microsystems....................................................380 7.4.3 The eGrain Concept.........................................................383 7.4.4 Monitoring Electronic Assemblies...................................385 7.5 Modularity for Ease of Remanufacturing...................................390 7.5.1 Remanufacturing..............................................................391 7.5.2 Modularity........................................................................393 7.5.3 Module Configurator........................................................396 7.5.4 Case Study Modular Mobile Phone Kit........................408 7.6 Competence Management in Education for Sustainability.........413 7.6.1 Competence Market Chain..............................................414 7.6.2 Outcome Orientation........................................................415 7.6.3 Reference Model..............................................................416 7.6.4 Conclusion.......................................................................417 8 Roadmap..............................................................................................419
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discipline	Maschinenbau / Maschinenwesen Allgemeines Wirtschaftswissenschaften
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spellingShingle	Sustainability in manufacturing recovery of resources in product and material cycles Recycling (DE-588)4076573-8 gnd Verarbeitende Industrie (DE-588)4133768-2 gnd Nachhaltigkeit (DE-588)4326464-5 gnd
subject_GND	(DE-588)4076573-8 (DE-588)4133768-2 (DE-588)4326464-5
title	Sustainability in manufacturing recovery of resources in product and material cycles
title_auth	Sustainability in manufacturing recovery of resources in product and material cycles
title_exact_search	Sustainability in manufacturing recovery of resources in product and material cycles
title_full	Sustainability in manufacturing recovery of resources in product and material cycles Günther Seliger (Ed.)
title_fullStr	Sustainability in manufacturing recovery of resources in product and material cycles Günther Seliger (Ed.)
title_full_unstemmed	Sustainability in manufacturing recovery of resources in product and material cycles Günther Seliger (Ed.)
title_short	Sustainability in manufacturing
title_sort	sustainability in manufacturing recovery of resources in product and material cycles
title_sub	recovery of resources in product and material cycles
topic	Recycling (DE-588)4076573-8 gnd Verarbeitende Industrie (DE-588)4133768-2 gnd Nachhaltigkeit (DE-588)4326464-5 gnd
topic_facet	Recycling Verarbeitende Industrie Nachhaltigkeit
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