This book presents an in-depth examination of the challenges facing the port industry in reducing CO2 emissions. Through empirical studies and real-world data, it explores the energy consumption of cargo handling machinery and reefer containers, and introduces new technologies and methods for reducing emissions. With a focus on practical application, the book provides a valuable resource for port managers and stakeholders looking to implement effective climate change countermeasures. It also serves as a valuable resource for researchers studying ports and climate change.
This book presents an in-depth examination of the challenges facing the port industry in reducing CO2 emissions. Through empirical studies and real-world data, it explores the energy consumption of cargo handling machinery and reefer containers, and introduces new technologies and methods for reducing emissions. With a focus on practical application, the book provides a valuable resource for port managers and stakeholders looking to implement effective climate change countermeasures. It also serves as a valuable resource for researchers studying ports and climate change.
Dr. Yoshihisa Sugimura is Research Coordinator for Advanced Port Technology, Port, Coastal and Marine Department, National Institute for Land and Infrastructure Management, Ministry of Land, Infrastructure, Transport and Tourism. He completed the Graduate School of Engineering at the University of Tokyo, and joined the Ministry of Land, Infrastructure, Transport and Tourism in 1999. He has more than 20 years of experience in policy making, legislation, and port projects, including a secondment to the Ministry of the Environment. He received his Ph.D. from the University of Tokyo, and has been in his current position since 2023. He was a professor at Kyushu University from 2020 for three years. He specializes in researching port, logistics, and environmental policies, and has published many papers in international journals. He is well-versed in the practical and academic aspects of the port, logistics, and environmental fields.
Inhaltsangabe
Part 1 Introduction to Climate Change Countermeasures in Ports.- General Introduction to Climate Change Countermeasures in Ports.- Relationship between Port Governance and Climate Change Action.- Part 2 Countermeasures for Cargo Handling Machinery.- Energy Saving and CO2 Reduction Effects by Electrification of Cargo Handling Machinery.- Cost-effectiveness Analysis of Electrification of Cargo Handling Machinery.- Part Countermeasures in Refrigerated Container Areas.- Simulation Model for Analysis of Energy Conservation by Roof Shade Installations.- Economic Analysis of Roof Shade Installation.- Part 4 New Possibilities for Climate Change Countermeasures in Ports.- Organic Carbon Containment and Creation of Blue Carbon Ecosystems through Beneficial Utilization of Dredged Soil Generated by Port Development Projects.- The Role of Ports in the Tradeoff Problem between Circular Economy and Climate Change Action: Potential for Increased Use of Secondary Raw Materials in the Copper Industryas a Climate Change Countermeasure.- Conclusion.
Part 1 Introduction to Climate Change Countermeasures in Ports.- General Introduction to Climate Change Countermeasures in Ports.- Relationship between Port Governance and Climate Change Action.- Part 2 Countermeasures for Cargo Handling Machinery.- Energy Saving and CO2 Reduction Effects by Electrification of Cargo Handling Machinery.- Cost-effectiveness Analysis of Electrification of Cargo Handling Machinery.- Part Countermeasures in Refrigerated Container Areas.- Simulation Model for Analysis of Energy Conservation by Roof Shade Installations.- Economic Analysis of Roof Shade Installation.- Part 4 New Possibilities for Climate Change Countermeasures in Ports.- Organic Carbon Containment and Creation of Blue Carbon Ecosystems through Beneficial Utilization of Dredged Soil Generated by Port Development Projects.- The Role of Ports in the Tradeoff Problem between Circular Economy and Climate Change Action: Potential for Increased Use of Secondary Raw Materials in the Copper Industryas a Climate Change Countermeasure.- Conclusion.
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