Index
Circular Economy in Developed and Developing Countries: Perspective, Methods and Examples
ISBN: 978-1-78973-982-4, eISBN: 978-1-78973-981-7
Publication date: 9 November 2020
This content is currently only available as a PDF
Citation
(2020), "Index", Popkova, E.G. and Bogoviz, A.V. (Ed.) Circular Economy in Developed and Developing Countries: Perspective, Methods and Examples, Emerald Publishing Limited, Leeds, pp. 233-238. https://doi.org/10.1108/978-1-78973-981-720201032
Publisher
:Emerald Publishing Limited
Copyright © 2021 Emerald Publishing Limited
INDEX
Index
“Absorption costing” model
, 209–210
“Activity based costing” model
, 209–210, 213
Analytical indicators
, 87
Annual growth rate
, 60–61
Asia, circular economy in, 113. (see also Canada, circular economy in; Modern Russia, circular economy in; United States, circular economy in; Western Europe countries, circular economy in)
materials and method
, 114–115
results
, 115–118
Attractiveness of circular economy
, 48–49
Audit control
, 216
Average well-being
, 44
Balance of economic and ecological interests
in circular economy
, 39
digital technological mode
, 39–40
materials and method
, 40–41
results
, 41–45
structural and logical scheme of
, 44
Biological products
, 68
Biomass-Based Diesel Volume for 2021
, 98
BRICS countries
, 61
indicators of circular economy in
, 62
institutional model of circular economy in developed countries
, 16
statistics of circular economy in
, 13, 170
Business
aggressive marketing
, 4
innovations in developing countries
, 198
marketization
, 162
Business models
of circular economy
, 69, 84
of economic systems
, 67, 84
Canada, circular economy in. (see also Asia, circular economy in)
ecological standards
, 97–98
materials and method
, 98–99
results
, 99–102
Case method
, 150
Centre for European Policy Studies (CEPS)
, 68
China economy
, 114
Circular economy
, 3–4, 11–12, 47, 59, 87, 232
in construction industry
, 130–131
development
, 175–181
materials and method
, 12–14
materials and method
, 32–34
practices
, 197
results
, 14–17, 34–36
technological mechanism
, 31–32
Circular Economy Act (2012)
, 131
Circular reproduction
, 21–22
Climate change
, 44, 47, 168
Climate index
, 61, 99, 114
Coefficient of distribution
, 209–210
Company
, 69
Competitiveness
, 77, 199
of circular economy
, 48, 122
of circular practices
, 201
global
, 107
of non-ecological factors
, 124
polygon of institutional provision
, 99–100
Construction industry, circular economy in
, 130–131
Consumer awareness
, 162
Control mechanism
, 88, 90, 220
Corporate control
, 216
Correlation analysis
, 23, 40, 106, 114, 122, 140, 150, 153, 158, 176
Correlation indicators of circular economy
, 22, 25
COSO model
, 222–223, 226
Crisis management
, 31–32, 168
Criterial evaluation of economic systems
global sustainable development goals
, 59–60
materials and method
, 60–61
results
, 61–64
Cultural mechanism
, 88, 90
Cyclicity of market economy
, 31
Cycling of production
, 74
Desirability function
, 78, 80
Developed countries
, 175
Developed culture
, 105
Developing countries
, 231
algorithm of state management of formation and innovative development
, 203
circular economy in
, 121, 197
“green” economic practices
, 121–122
materials and method
, 122–123, 198–199
results
, 123–125, 199–203
Development of circular economy
, 175–176
materials and method
, 176–177
results
, 177–181
Digital technology
, 39
Digitization
, 17, 157
in “green” business
, 143
in developed countries
, 177, 180
of society
, 146
state management
, 90
Dispersion
, 14
Distribution basis
, 210
Ecological costs
, 3
of economic growth
, 114
Ecological crises
, 168
Ecological effectiveness
, 74, 125
Ecological externalities
, 44
Ecological indicators
, 44
Ecological law
, 105
Ecological measures
, 44
Ecological standards
, 101
Economic evaluation
, 70
Economic externalities
, 44
Economic growth
, 3, 39
rate in developed countries
, 187, 189
rate in developing countries
, 187, 189
Economic measures
, 44
Economic systems, 167. (see also Modern global economic system)
criterial evaluation of
, 59
development
, 76
global sustainable development goals
, 59–60
materials and method
, 60–61
results
, 61–64
Economic theory
, 21, 59
Effectiveness of circular economy implementation
, 67
in Industrial Revolution 4. 0
, 83–84
materials and methods
, 68–71, 74–77
results
, 73–83
of sales and business’s profitability
, 207
system of indicators for evaluation
, 71–73
End-to-end internal control
, 227
Energy effectiveness
, 68
Environment and climate change laws
, 98
Environment protection
, 11
European Resource Efficiency Platform (EREP)
, 131
Expert indicators
, 87
External control
, 216
F-test
, 14
Factor analysis of circular economy
, 143
Federal State Tax Service
, 216
Federal Tax Service
, 224
Final Renewable Fuel Standards for 2020
, 98
Financial bubbles
, 32
Financial mechanism
, 31, 88, 90
Fuzzy set theory
, 80–81
G7 countries
, 61
indicators of circular economy in
, 62
institutional model of circular economy in developed countries
, 16
statistics of circular economy in
, 13, 170
Game approach
, 140
GDP
, 23, 74, 97
General shop expenditures attribution process
quality of products cost
, 207
reengineering of
, 208
results
, 210–213
theoretical and methodological approaches
, 209
Generalized Harrington’s desirability function
, 78
Global circular economy
development
, 186
formation of
, 231–232
materials and method
, 186–187
results
, 188–191
Global competitiveness of circular economy
, 61
Global Innovation Index
, 49
Global sustainable development goals
, 40–41, 59–60
Globalization
, 21
Globalization factor
, 186
Green Economy Index
, 12, 14, 32, 34, 61, 97, 107, 115, 122–123, 139, 158–159, 188
in developed countries
, 187, 189
in developing countries
, 187, 189
“Green” economic
growth
, 16–17, 40
practices
, 121–122
“Green” innovations
, 16, 44, 125, 231, 160, 175
“Green” investments
, 44, 101, 140, 143
“Green” jobs
, 44
“Green” products
, 16
Grinding method
, 133
Happy life years
, 44
Harrington’s desirability function
, 78
Heterogeneity
, 121
Index of sustainable development
, 61
Indicative approach
, 77–78
Indicators of circular economy
, 114
Industrial Revolution 4. 0
, 31, 83–84
Industrial symbiosis
, 68
Inequality of circular economy development
, 175
Inflow of investments
, 44
Innovative development
, 162
Institutional Model of Circular Economy
, 16
Institutionalization
, 16, 110, 161–162
Integral indicators
, 78
geometric interpretation of
, 83
value of
, 80–81
Internal control
, 216
Internal corporate control
, 227
materials and methods
, 216–224
results
, 224–227
SIC
, 215–216
“Knowledge economy”
, 16
Liberalization level of business
, 177
Linear model of economic development
circular economy
, 3–4
materials and method
, 4–5
results
, 5–8
Market
competition
, 161
gap
, 87, 161–162
transformations
, 157–158
Market path of development
materials and method
, 158–159
results
, 159–162
Russia in
, 157–158
Marketing mechanism
, 88, 90
Material
cycle
, 130–131
extraction
, 129
Membership function
, 81, 83
Metric analysis
, 82
Migrants’ culture
, 105
Mineral construction waste
, 130
Model of circular deliveries
, 69
Model of joint usage
, 69
Model of product as a service
, 69
Model of resources restoration
, 69
Modern global economic system
circular economy in
, 169
materials and method
, 168–169
results
, 169–172
sustainable development
, 167–168
Modern global economy
, 3
Modern labor-intensive model
, 210
Modern Russia, circular economy in, 139. (see also Asia, circular economy in; Western Europe countries, circular economy in)
materials and method
, 140–143, 150–151
model of institutional organization
, 154
results
, 143–146, 152–153
successful manifestations of
, 149
National economy
, 185
Natural resources
, 129
Nodal points
, 78
Non-metallic minerals
, 129
Noosphere approach
, 40
Openness of economic system
, 177
Pareto optimum
, 185
Participants of circular economy
, 70
Pollution index
, 61, 99, 114
Population’s employment
, 41, 44
Post-industrial production
, 39
Potential development of circular economy
, 61
Precious metals
, 134
Principle of dynamics and compatibility
, 76
Principle of optimality and economy
, 76
Principle of practical accessibility
, 76
Production waste
, 22–23
Products’ life cycle
, 68–69
Public-private partnership
, 12
Purchasing power index
, 41–44
Quality of products cost
, 207
Raw material consumption
, 129–130
Reengineering of general shop expenditures attribution process
, 208
quality of products cost
, 207
results
, 210–213
theoretical and methodological approaches
, 209
Regression analysis
, 14, 32, 186
Renewable energy
, 25, 68
in developed countries
, 22–23
in developing countries
, 25
in Russia
, 140
Reproduction in circular economy
, 21
conceptual model of
, 26
features of circular economy
, 21–22
materials and method
, 22–25
results
, 25
Resource effectiveness
, 68
“3R” principle
, 7–8
“Resource-efficient Europe”
, 131
Risk-oriented approach
, 215
Russia’s Federal Tax Service
, 217
Russian transnational corporations
, 152–153
Secondary recycling of waste
, 75
“Shadow” economy
, 157
Social effect on circular economy
, 75
Socio-cultural environment
, 177
Socioeconomic development
, 139
State
, 69
State managerial initiatives
indicators for analyzing
, 88–89
materials and method
, 88–89
results
, 89–92
statistical indicators
, 87
Statistical indicators
, 87
Sustainable development
, 3, 113, 167–168
Sustainable Development Goal (SDG)
, 3, 130, 169
Goal 12
, 59
Goal 14
, 59
Goal 7
, 59
SDGs 11
, 132
SDGs 12
, 132
SDGs 13
, 59, 132
SDGs 15
, 59, 132
SDGs 9
, 132
Sustainable development index
, 49, 61, 139
Sustainable Development Report
, 59
System of internal control (SIC)
, 215–216, 219, 222–224
form of accounting for evaluation
, 226
mechanism of evaluation of
, 225
Systemic analysis of circular economy
economic subjects
, 47–48
integral index of systemic attractiveness
, 53
materials and method
, 48–49
results
, 49–51
systemic analysis of attractiveness
, 52
Target criteria
, 77–78
Tax
monitoring
, 218–219
opportunism
, 157
taxpayer
, 215, 218
Tax Code of Russian Federation
, 216
Technological mechanism
, 31–32, 88, 90
Technological progress
, 11, 39, 76, 90, 157, 177
Transnational corporations
, 150, 152–153
United States, circular economy in. (see also Asia, circular economy in; Western Europe countries, circular economy in)
ecological standards
, 97–98
materials and method
, 98–99
results
, 99–102
United States Environmental Protection Agency
, 98
Urban mining material flows
case studies
, 132–134
conditions for implementation
, 132
implementation
, 130–131
raw material consumption and waste quantities
, 129–130
urban mining terminologies
, 131–132, 134
Verification
, 210
Waste quantities
, 129–130
Western Europe countries, circular economy in. (see also Asia, circular economy in; Canada, circular economy in; Modern Russia, circular economy in)
materials and method
, 106–107
results
, 107–110
state ecological standards in
, 105–106
World Economic Forum
, 97, 107, 158
- Prelims
- Chapter 1: Criticism of the Linear Model of Economic Development and its Opposition to the Model of the Circular Economy
- Chapter 2: Principles and Priorities of the Circular Economy
- Chapter 3: The Conceptual Model of Reproduction in the Circular Economy
- Chapter 4: The Role and Value of the Circular Economy in Prevention and Overcoming of Economic Crises
- Chapter 5: Balance of Economic and Ecological Interests in the Conditions of the Circular Economy
- Chapter 6: Scientific and Methodological Approach to Systemic Analysis of the Circular Economy from the Positions of Interested Parties
- Chapter 7: Methodology of Criterial Evaluation of the Progress of Economic Systems in the Circular Economy Formation
- Chapter 8: Methodological Foundations of Measuring the Effectiveness of Implementation of the Circular Economy in the Economic Systems’ Practice
- Chapter 9: System of the Indicators for Analyzing State Managerial Initiatives in the Sphere of the Circular Economy
- Chapter 10: Ecological Standards and Their Role in Building the Circular Economy in the United States and Canada
- Chapter 11: The Culture of Responsible Production and Consumption as a Foundation of the Circular Economy in Countries of Western Europe
- Chapter 12: The Circular Economy in Industrial Countries of Asia as a Method of Reducing Ecological Costs of Economic Growth
- Chapter 13: Recycling as a Manifestation of the Circular Economy in Developing Countries
- Chapter 14: Strategic Planning of Urban Mining Material Flows as an Element of Circular Economy
- Chapter 15: Barriers on the Path of Building the Circular Economy in Modern Russia: Social Versus Financial
- Chapter 16: Successful Manifestations of the Circular Economy in Modern Russia
- Chapter 17: Creation of the Circular Economy in Russia as a Means of Acceleration Transition to the Market Path of Development
- Chapter 18: The Problem of Unequal Implementation of the Initiatives in the Sphere of Building the Circular Economy in the Modern Global Economic System
- Chapter 19: Opportunities for Overcoming the Structural Disproportions and Maximizing the Global Progress in Creation of the Circular Economy
- Chapter 20: Scenarios of Development of the Global Circular Economy: Ecological Crises Versus Economic Crises
- Chapter 21: A Perspective Algorithm of State Management of the Process of Formation and Innovative Development of the Circular Economy in Developing Countries
- Chapter 22: Reengineering of the Process of Attribution of General Shop Expenditures to Products’ Cost at a Machine-building Company
- Chapter 23: Development of Internal Corporate Control in the Conditions of Tax Monitoring
- Chapter 24: Opposition and Cooperation of Developed and Developing Countries During Formation of the Global Circular Economy
- Index