Sustainable Solutions for SCM

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Sustainable Solutions for Supply Chain Management (Cover)	1
Abstract	2
Sustainable Solutions for Supply Chain Management	3
Bibliographic information Erasmus+	4
CONTENTS	5
Authors	8
FOREWORD	9
1 NEW CONCEPTS IN SUPPLY CHAIN MANAGEMENT	10
1.1 Supply chain	10
1.2 Supply chain management	12
1.3 Lean supply chain management	14
1.4 Agile supply chain management	19
1.5 Resilient supply chain management	21
1.6 Green supply chain management	25
1.7 Sustainable supply chain management	26
REFERENCES	29
2 SUSTAINABLE SUPPLY CHAIN STRATEGIC MANAGEMENT MODEL	33
2.1 Sustainable vision and strategic goals	35
2.2 Supply chain analysis	36
2.3 Supply chain business environment analysis	36
2.4 Business environment scenarios	37
2.5 Sustainable supply chain strategy formulation	37
2.6 Sustainable supply chain strategy implementation using BSC method	38
2.7 Sustainable supply chain strategy control	41
REFERENCES	42
3 SUSTAINABILITY IN PERFORMANCE MEASUREMENT AND MANAGEMENT SYSTEMS FOR SUPPLY CHAINS	43
3.1 PMMS – developments and definitions	43
3.2 Guidelines for Supply Chain PMMS	49
3.3 Approaches for Supply Chain PMMS and the Integration of Sustainability	59
3.4 Summary and outlook	73
REFERENCES	75
4 COOPERATION MANAGEMENT TOWARDS SUSTAINABLE SOLUTIONS	79
4.1 Theoretical background	79
4.2 Case study of cooperation management – New United Motor Manufacturing, Inc.	81
4.3 Case studies literature review – main results overview	88
4.4 Proposal for effective organisation of cooperation activities of a company	95
4.5 Cooperation strategy and general model of cooperation management	97
4.6 Conclusions – cooperation management as a sustainable solution	99
REFERENCES	102
5 SUSTAINABLE ASPECTS OF LOGISTICS ACTIVITIES	106
5.1 Transportation	107
5.2 Packing	109
5.3 Inventories and storage	118
5.4 Logistics and recycling	121
REFERENCES	134
6 CARBON DIOXIDE EMISSION FOR THE PROCESSES OF DISTRIBUTION AND WAREHOUSING	135
6.1 Emissions, energy consumption and greenhouse gases	135
6.2 Calculation methods for transportation and standards	137
6.3 Transportation modes	141
6.4 Emissions during warehousing	145
6.5 Combined model for distribution and warehousing	150
REFERENCES	155
7 SUSTAINABLE SOLUTIONS IN URBAN LOGISTICS	156
7.1 The definition of telematics	158
7.2 The tasks of telematics systems	160
7.3 Applications of telematics solutions	162
7.4 The assessment of the need for the implementation of telematics	167
7.5 Public transport management	168
7.6 The use of telematics solutions in the example of the City of Wroclaw road infrastructure	169
7.7 Problem and solution Wroclaw Telematics System – a case study	172
REFERENCES	185
AUTHORS AND REVIEWERS	187
Erasmus+ (4th Page of Cover)	188

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