Sustainable Solutions for SCM

5.4.5 Two-way distribution

124 125 125 128 130 132 133 133 135 139 139 140 140 141 143 143 144 146 147 148 153 154 156 158

5.4.6 Straightening the distribution channel

5.4.7 Logistics ecobalance

5.4.8 Sustainable distribution centres

5.4.9 Reasons to invest in a sustainable warehouse

References

6 CARBON DIOXIDE EMISSION FOR THE PROCESSES OF DISTRIBUTION ANDWAREHOUSING 6.1 Emissions, energy consumption and greenhouse gases 6.2 Calculation methods for transportation and standards

6.3 Transportation modes

6.3.1 Truck transport 6.3.2 Train transport 6.3.3 Sea transport 6.3.4 Air transport

6.4 Emissions during warehousing

6.4.1 Warehousing in a supply chain

6.4.2 Impact of warehousing on the environment

6.4.3 Assessing the impact

6.4.4 Reducing the environmental impact of warehouses 6.5 Combined model for distribution and warehousing

References

7 SUSTAINABLE SOLUTIONS IN URBAN LOGISTICS

7.1 The definition of telematics 7.2 The tasks of telematics systems 7.3 Applications of telematics solutions

160 7.3.1 Telematics systems in process of ensuring the safety in motor transport 163 7.4 The assessment of the need for the implementation of telematics 165 7.5 Public transport management 166 7.6 The use of telematics solutions in the example of the city of Wroclaw road infrastructure 167 7.7 Problem and solution Wroclaw telematics system – a case study 170 7.7.1 Intelligent transport system 170 7.7.2 City of Wroclaw 171 7.7.3 Green solutions for Wroclaw 173 7.7.4 Summary 181 References 183

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