What Is Industrial Ecology?
This book systematically introduces the rise of industrial ecology, basic principles, technical methods, ecological engineering, and related policies. It focuses on life cycle assessment, life cycle cost assessment, ecological design, industrial metabolic analysis technology, eco-industrial park planning, eco-agricultural engineering planning, and environmental management policies for producers, products, and organizations. This book can be used as a textbook for undergraduates or graduates of environmental science and engineering related majors; it can also be used as a reference for professional teachers and students or government managers in management, marketing, industrial economics, and so on. [1]
Industrial ecology
- Industrial Ecology (IE) was the earliest "industrial metabolism" research carried out by physicist Robert Frosch and others in the 1980s while simulating the metabolic process of organisms and the circulation of ecosystems;
- N. Gallopoulos et al. Further proposed from an ecosystem perspective
- Title: Industrial Ecology
- ISBN: 750257245
- Pages: 294
- Publication date: 1900-1-1
- Edition: 1
- Folio: Small 16
- Packaging: Paperback
- table of Contents:
- table of Contents
- Chapter 1 Introduction to Industrial Ecology 1
- 11 Background of Industrial Ecology 1
- 12 Industrial Ecology Concepts 2
- 13 Industrial Ecology Development History 4
- 14 Industrial Ecology and Traditional Environmental Sciences
- Difference 6
- 15 Industrial Ecology Knowledge System 7
- 16 Key Issues and Major Issues in Industrial Ecology Research
- Essential field 10
- 161 Key question 10
- 162 Main research areas 10
- 17 Industrial Ecology Education at Home and Abroad 12
- 171 Yale University 12
- 172 Norwegian University of Technology 12
- 173 Industrial Ecology of Danish Technical University
- Education 13
- 174 Harvard University (Kennedy Government
- College) 13
- 175 University of Michigan 13
- 176 University of Leiden 13
- 177 Education Status of Chinese Industrial Ecology 13
- 18 Concluding Remarks 14
- References 14
- Question 15
- Chapter 2 Basic Theory of Industrial Ecology 16
- 21 Similarities between companies and organisms 16
- 22 Corporate Population Ecology 17
- 23 Industrial Ecological Community 18
- 231 Biomes Concepts and Basic Features 18
- 232 Industrial Ecological Community Concept 19
- 24 Industrial Ecosystem 19
- 241 Industrial Ecosystem Concept 19
- 242 Industrial Ecosystem Structure Composition 20
- 243 Industry Food Chain and Food Network 21
- 244 Energy Flows in the Industrial Ecosystem 22
- 245 Industrial Ecosystem Development 24
- 246 Industry Niche 25
- 247 Industrial Symbiosis Theory 26
- 248 Antagonism and Synergy Theory 26
- 249 Industrial Ecological Balance Theory 27
- 25 Industrial Ecology Principles 28
- References 29
- Question 29
- Chapter 3 Life Cycle Assessment 30
- 31 Introduction 30
- 311 Definition and technical framework 30
- 312 Life cycle assessment development process 32
- 313 Application Overview 34
- 314LCA in China 37
- 32 Life cycle assessment method 38
- 321 Goal and Scope Definition 38
- 322 Inventory analysis 41
- 323 Life Cycle Impact Assessment 48
- 324 Life Cycle Interpretation 67
- References 72
- Question 73
- Chapter 4 Product Life Cycle Cost Assessment 74
- 41 Overview 74
- 42 Product Life Cycle Cost Concept System 74
- 421 Product Life Cycle 74
- 422 Product life cycle environmental cost 75
- 423 Product life cycle cost 77
- 424 Life Cycle Cost Analysis 77
- 425 Environmental Cost Accounting 77
- 43 Necessity of Life Cycle Cost Analysis
- And meaning 77
- 431 Necessity 77
- 432 Conducting life cycle cost assessment
- Meaning 78
- 44 Product life cycle internal cost assessment 79
- 441 Life cycle internal cost assessment required
- Basic elements to consider79
- 442 Life cycle internal cost assessment
- Step 81
- 443 Life cycle internal cost structure measurement
- Concept model 81
- 444 Life Cycle Internal Cost Estimate
- Method 83
- 45 Life cycle external environmental cost assessment
- Method 92
- 451 Environmental pollution or resource damage loss assessment
- General method 92
- 452 External environmental costs of product life cycle
- Evaluation 95
- 46 Application Cases 98
- 461 bus students of different energy power systems
- Life Cycle Cost Comparison 98
- 462 Life cycle costs in investment decisions
- Applications 101
- 463 Life cycle cost of bridge reinforcement engineering
- Horizontal contrast analysis 103
- 464 Product life cycle environmental cost accounting
- Case 107
- References 108
- Question 109
- Chapter 5 Ecological Product Design 110
- 51 Product Eco-Design Concepts and Guidelines 110
- 52 Significance of product ecological design 111
- 521 Product Design and Environmental Issues 111
- 522 The importance of ecological design 111
- 53 product ecological design and traditional design
- Difference 112
- 54 Driving forces for product eco-design 113
- 541 External drivers 113
- 542 Internal Drivers 114
- 55 Advances in Ecological Design of Products at Home and Abroad 114
- 56 Product Eco-Design Steps and Methods 116
- 561 Organization of eco-design projects 116
- 562 Select a product to design 119
- 563 Establishing Ecological Design Strategies 120
- 564 Generate and select product improvements
- Conception 126
- 565 concept detailed design 127
- 566 exchange and bring products to market 128
- 567 Determine follow-up work 129
- 57 Product Ecological Design Strategy and Implementation
- Method 131
- 571 Development of new product ideas 131
- 572 Select materials with lower environmental impact 132
- 573 Reduce material usage 136
- 574 Optimize production technology and process 136
- 575 Optimized Transportation and Sales System 148
- 576 Reduce the environmental impact of the use process 150
- 577 Optimized product life 152
- 578 Optimized Product Life End System 153
- 579 Between different ecological design strategies
- Weigh 158
- 5710 Others in Ecological Strategies and Products
- Choose between 159
- 58 Typical design case introduction 160
- 581 Sony Videco Project 160
- Efficient lighting in Costa Rica
- System 160
- 583 Philippines single seat taxi 160
- 584 China Office Furniture 161
- 585K Company A Kettle 161
- 586 High Performance Dishwasher 161
- Recycling and repeating of 587 professional coffee machines
- Use 162
- 59 Product Eco-Design Outlook 162
- References 163
- Thinking Questions 163
- Chapter 6 Industrial Metabolic Analysis 164
- 61 Introduction 164
- 611 Industry Metabolism Concept Connotation 164
- 612 Basic Principles of Industrial Metabolic Analysis 167
- 613 Significance and Analysis of Industrial Metabolism
- Purpose 167
- 62 Industrial Metabolic Analysis Methodology 168
- 621 Basic Elements Composition 168
- 622 analysis program 169
- 623 Quantitative indicators 170
- 624 related software 171
- 63 Industrial Metabolic Analysis Form 172
- 631 National Metabolic Analysis 172
- 632 Substance metabolism in area or watershed
- Analysis 173
- 633 Family Material Metabolism Analysis 174
- 64 Industrial Metabolic Analysis Examples 175
- Analysis of Industrial Metabolism at 641 National Level
- Example 175
- 642AnnArbor's Urban Metabolism Analysis 176
- 643 Austrian Family Metabolic Analysis 177
- 644 Analysis of Cadmium Metabolism in the Rhine Basin 178
- 645 U.S. Mercury and Arsenic Metabolism Analysis 180
- 646 German Orange Juice Industry Metabolic Analysis 182
- References 183
- Question 183
- Chapter 7 Industrial Ecological Engineering (1): Ecology
- Industrial Park 185
- 71 Basic concepts of eco-industrial parks 185
- 711 definition 185
- 712 Features 186
- 713 type 186
- 72 Development status of foreign eco-industrial parks 187
- Pioneer of 721 Eco-Industrial Park-Denmark
- Kalimpong Industrial Symbiosis 187
- 722 American Eco-Industrial Park 190
- 723 Canadian Eco-Industrial Park 193
- 724 Japan's Eco-Industrial Park 195
- 725 Naroda, Gujarat, India
- Industrial area 197
- 726 Zonaindustri in Indonesia
- Manis Project 198
- 73 Planning and Design of Ecological Industrial Parks 199
- 731 Planning and Design Principles 199
- 732 planning and design steps 200
- 733 Planning and Design Basic Methods 200
- 734 Planning and Design Content 202
- 735 Industrial Ecosystem Structure Design 204
- 736 Park Landscape Ecological Planning 207
- 74 Domestic Ecological Industry Demonstration Park 209
- 741 Guangxi Guigang National Ecological Industry (sugar)
- Demonstration Park 209
- 742 Demonstration of ecological industry in the South China Sea
- Park 211
- 743 Baotou National Ecological Industry Demonstration Park 215
- 744 Tianjin Economic Development Zone
- Industry Park 217
- 745 Ecological engineering of Shandong Lubei Enterprise Group
- Industry Park 218
- Operation and environment of 75 eco-industrial parks
- Management 219
- 751 Eco-industrial park operating mechanism 219
- 752 Environmental management of eco-industrial parks 221
- References 224
- Question 225
- Chapter 8 Industrial Ecological Engineering (2): Agriculture
- Ecological Engineering 226
- 81 Emergence and Development of Agricultural Ecological Engineering 226
- 811 Concept of agro-ecological engineering 226
- 812 The emergence of agricultural ecological engineering and
- Development 227
- 813 China's agricultural ecological engineering and foreign agriculture
- Of Ecological Engineering in Industrial Industry 232
- 82 Principles of Agricultural Ecological Engineering Design 233
- 821 System Theory Principles 233
- 822 Ecological and environmental benefits and socio-economic benefits
- Synergy Principle 234
- 823 Input-output principle 234
- 824 Principles of product and market coordination 234
- 825 Symbiosis, mutualism, and antibiosis among living things
- Principle 235
- 826 Function Rhythm and Time Rhythm
- Principle 235
- 827 niche and extended niche
- Principle 236
- 828 Principles of energy flow and material circulation 237
- 83 Agricultural Ecological Engineering Design Principles and Main
- Technology Type 238
- 831 Principles of agricultural ecological engineering design 238
- 832 Main technical types 239
- 84 Main contents of agricultural ecological engineering design 242
- 841 Biological population selection 242
- 842 Biocommunity Structure Design 243
- 843 Artificial Environment Design 244
- 844 Rhythm Matching Design 244
- 845 Artificial Food Chain Design 244
- 85 Typical agro-ecological engineering design examples 247
- 851 Plantation Ecological Engineering 247
- 852 Agricultural Products Deep Processing Ecological Agriculture
- Engineering 248
- 853 Forestry ecological engineering example 250
- 854 Examples of ecological engineering of aquaculture 252
- 855 Rural Garden Ecological Engineering 255
- 856 agro-ecological engineering and lake non-point source
- Pollution Control and Control257
- 86 China's agricultural ecological engineering research exists
- Problems and Countermeasures 259
- 861 Lack of guidance for quantitative models 259
- 862 Industrial chain design lacks high technology
- Content 260
- 863 Theoretical Research Standardization and Supporting Means
- Modernization needs strengthening 260
- 864 subject composition is single 260
- References 260
- Thinking Questions 261
- Chapter 9 The Environment Based on Industrial Ecology
- Policy 262
- 91 Extended Producer Responsibility 262
- The development of 911 extended producer responsibility
- Overview262
- 912 Extending the meaning of producer responsibility 264
- 913 Practices to extend producer responsibility 265
- 914 Development of Extended Producer Responsibility
- Prospect 269
- 92 Product-Oriented Environmental Policy 270
- 921 Development Overview 270
- 922 Basics of product-oriented environmental policy
- Principle 271
- 923 Product-oriented environmental policy
- Practice 272
- 924 Integrated Product Policy 275
- 925 Environmental Labeling Program 277
- 93 organization-oriented environmental management policy-
- ISO14001 Environmental Management System 284
- 931ISO14000 Environmental Management Series
- Standard Introduction 284
- 932 Environmental Management System 287
- 933ISO14001 environmental management system
- Basic ideas and operating characteristics 292
- References 293
- Thinking Questions 294