Carbon Capture and Storage in International Energy Policy and Law
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portes grátis
Carbon Capture and Storage in International Energy Policy and Law
Arlota, Carolina; de Medeiros Costa, Hirdan Katarina
Elsevier - Health Sciences Division
10/2021
428
Mole
Inglês
9780323852500
15 a 20 dias
880
Descrição não disponível.
Part I. Conceptualizing International Energy Law and Carbon Capture and Storage (CCS) in Light of Climate Change 1. International Energy Law: Still a Brave New World 2. The Energy of Cooperation 3. Climate Change Mitigation and the Technological Specificities of CCS
Part II. Case Studies on CCS and related Policies, and their Consequences for Climate Change 4. The Institutional Approach of Climate Change in the multinational level: lessons from the Brazilian legislative experience 5. CCS Technologies and Efforts on Climate Change in Latin American and Caribbean Countries 6. Geologic CO2 sequestration in the USA: The allocation of property rights and policy implications involved 7. The United Kingdom's Experience in CCS Projects: The current regulatory framework and related challenges 8. Carbon Capture, Utilization and Storage in Europe: A Regulatory Review and Specific Cases 9. Australian Legislation on New Mitigation Technologies: The Case of CCS 10. Carbon Capture and Storage: Intellectual Property, Innovation Policy, and Climate Change 11. The impact of negative emissions and patent rights for climate policies
Part III: Comparative Experiences around the World 12. Who is taking Climate Change Seriously? Evidence based on a Comparative Analysis of the Carbon Capture and Storage (CCS) regulatory policies in Brazil, Canada, the European Union, and the United States 13. Reducing CO2 emissions through Carbon Capture Use and Storage in Mexico and Alberta, Canada: Addressing the legal and regulatory barriers 14. Carbon Capture, Utilization and Storage (CCUS) Legal and Regulatory Barriers in Brazil: Lessons from the European Union 15. An Overview of the existing CCS Projects in Asia: Comparing Policy Choices and their Consequences for Sustainable Development 16. Relevant aspects of Carbon Storage activities' liability in Paradigmatic Countries: Australia, Brazil, Canada, Japan, the European Union, Norway, the United Kingdom, and the United States
Part IV: The Current Picture and Future Perspectives 17. A Transitioning Model: From Oil Companies to Energy Players 18. Sustainable Development and its linkage to CCS technology: Towards an equitable energy transition 19. Why social acceptance is important for CCS projects? 20. Climate change, energy transition, and Justice: where we are now, and where are we (should be) headed?
Part II. Case Studies on CCS and related Policies, and their Consequences for Climate Change 4. The Institutional Approach of Climate Change in the multinational level: lessons from the Brazilian legislative experience 5. CCS Technologies and Efforts on Climate Change in Latin American and Caribbean Countries 6. Geologic CO2 sequestration in the USA: The allocation of property rights and policy implications involved 7. The United Kingdom's Experience in CCS Projects: The current regulatory framework and related challenges 8. Carbon Capture, Utilization and Storage in Europe: A Regulatory Review and Specific Cases 9. Australian Legislation on New Mitigation Technologies: The Case of CCS 10. Carbon Capture and Storage: Intellectual Property, Innovation Policy, and Climate Change 11. The impact of negative emissions and patent rights for climate policies
Part III: Comparative Experiences around the World 12. Who is taking Climate Change Seriously? Evidence based on a Comparative Analysis of the Carbon Capture and Storage (CCS) regulatory policies in Brazil, Canada, the European Union, and the United States 13. Reducing CO2 emissions through Carbon Capture Use and Storage in Mexico and Alberta, Canada: Addressing the legal and regulatory barriers 14. Carbon Capture, Utilization and Storage (CCUS) Legal and Regulatory Barriers in Brazil: Lessons from the European Union 15. An Overview of the existing CCS Projects in Asia: Comparing Policy Choices and their Consequences for Sustainable Development 16. Relevant aspects of Carbon Storage activities' liability in Paradigmatic Countries: Australia, Brazil, Canada, Japan, the European Union, Norway, the United Kingdom, and the United States
Part IV: The Current Picture and Future Perspectives 17. A Transitioning Model: From Oil Companies to Energy Players 18. Sustainable Development and its linkage to CCS technology: Towards an equitable energy transition 19. Why social acceptance is important for CCS projects? 20. Climate change, energy transition, and Justice: where we are now, and where are we (should be) headed?
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
?Agenda 30; Alberta Energy Regulator; Brazil; Brazil and Trinidad and Tobago; CCS; CCS Directive; CCS projects; CCSs projects in the United Kingdom; CCUS; CCUS Asia; CO2 geological storage; CO2 leakage; CO2 sequestration; CO2 storage; COVID-19; Capture; Carbon Capture and Storage; Carbon capture and storage; Challenges; Civil liability and specific legislation; Climate change; Climate change mitigation; Climate changes; Climate governance; Colombia; Comparative analysis; Cooperation; EU CCS Directive; Energy Law; Energy transition; Enhance oil recovery; Enhanced oil recovery; Environmental justice; Equitable energy transition; Fairness; GCS; Geologic risks; Greenhouse gas; Greenhouse gas emissions; Host governments; Human capital; Innovation policy; Institutions; Intellectual property; Interdisciplinary perspective; International Law; Invention incentives; Investments; Legal and operational requirements; Legal and regulatory framework; Legal framework; Legal science; License; Long-term civil liability; Low-carbon economy transition; Mexico; Mitigation; Netherlands; Norway; Oil companies; Patent flexibilities; Patent landscapes; Patent law; Patent litigation; Policy choices; Pore space; Prevention and control of environmental accidents; Prizes; Public acceptance; Public participation; Public perception; Renewable energy; Social license; Social risk management and safety; Subnational sphere powers; Sustainable Development Goals; Sustainable development; Technical requirements; The role of the Brazilian state; Transport; UK's energy profile; Utilization
Part I. Conceptualizing International Energy Law and Carbon Capture and Storage (CCS) in Light of Climate Change 1. International Energy Law: Still a Brave New World 2. The Energy of Cooperation 3. Climate Change Mitigation and the Technological Specificities of CCS
Part II. Case Studies on CCS and related Policies, and their Consequences for Climate Change 4. The Institutional Approach of Climate Change in the multinational level: lessons from the Brazilian legislative experience 5. CCS Technologies and Efforts on Climate Change in Latin American and Caribbean Countries 6. Geologic CO2 sequestration in the USA: The allocation of property rights and policy implications involved 7. The United Kingdom's Experience in CCS Projects: The current regulatory framework and related challenges 8. Carbon Capture, Utilization and Storage in Europe: A Regulatory Review and Specific Cases 9. Australian Legislation on New Mitigation Technologies: The Case of CCS 10. Carbon Capture and Storage: Intellectual Property, Innovation Policy, and Climate Change 11. The impact of negative emissions and patent rights for climate policies
Part III: Comparative Experiences around the World 12. Who is taking Climate Change Seriously? Evidence based on a Comparative Analysis of the Carbon Capture and Storage (CCS) regulatory policies in Brazil, Canada, the European Union, and the United States 13. Reducing CO2 emissions through Carbon Capture Use and Storage in Mexico and Alberta, Canada: Addressing the legal and regulatory barriers 14. Carbon Capture, Utilization and Storage (CCUS) Legal and Regulatory Barriers in Brazil: Lessons from the European Union 15. An Overview of the existing CCS Projects in Asia: Comparing Policy Choices and their Consequences for Sustainable Development 16. Relevant aspects of Carbon Storage activities' liability in Paradigmatic Countries: Australia, Brazil, Canada, Japan, the European Union, Norway, the United Kingdom, and the United States
Part IV: The Current Picture and Future Perspectives 17. A Transitioning Model: From Oil Companies to Energy Players 18. Sustainable Development and its linkage to CCS technology: Towards an equitable energy transition 19. Why social acceptance is important for CCS projects? 20. Climate change, energy transition, and Justice: where we are now, and where are we (should be) headed?
Part II. Case Studies on CCS and related Policies, and their Consequences for Climate Change 4. The Institutional Approach of Climate Change in the multinational level: lessons from the Brazilian legislative experience 5. CCS Technologies and Efforts on Climate Change in Latin American and Caribbean Countries 6. Geologic CO2 sequestration in the USA: The allocation of property rights and policy implications involved 7. The United Kingdom's Experience in CCS Projects: The current regulatory framework and related challenges 8. Carbon Capture, Utilization and Storage in Europe: A Regulatory Review and Specific Cases 9. Australian Legislation on New Mitigation Technologies: The Case of CCS 10. Carbon Capture and Storage: Intellectual Property, Innovation Policy, and Climate Change 11. The impact of negative emissions and patent rights for climate policies
Part III: Comparative Experiences around the World 12. Who is taking Climate Change Seriously? Evidence based on a Comparative Analysis of the Carbon Capture and Storage (CCS) regulatory policies in Brazil, Canada, the European Union, and the United States 13. Reducing CO2 emissions through Carbon Capture Use and Storage in Mexico and Alberta, Canada: Addressing the legal and regulatory barriers 14. Carbon Capture, Utilization and Storage (CCUS) Legal and Regulatory Barriers in Brazil: Lessons from the European Union 15. An Overview of the existing CCS Projects in Asia: Comparing Policy Choices and their Consequences for Sustainable Development 16. Relevant aspects of Carbon Storage activities' liability in Paradigmatic Countries: Australia, Brazil, Canada, Japan, the European Union, Norway, the United Kingdom, and the United States
Part IV: The Current Picture and Future Perspectives 17. A Transitioning Model: From Oil Companies to Energy Players 18. Sustainable Development and its linkage to CCS technology: Towards an equitable energy transition 19. Why social acceptance is important for CCS projects? 20. Climate change, energy transition, and Justice: where we are now, and where are we (should be) headed?
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
?Agenda 30; Alberta Energy Regulator; Brazil; Brazil and Trinidad and Tobago; CCS; CCS Directive; CCS projects; CCSs projects in the United Kingdom; CCUS; CCUS Asia; CO2 geological storage; CO2 leakage; CO2 sequestration; CO2 storage; COVID-19; Capture; Carbon Capture and Storage; Carbon capture and storage; Challenges; Civil liability and specific legislation; Climate change; Climate change mitigation; Climate changes; Climate governance; Colombia; Comparative analysis; Cooperation; EU CCS Directive; Energy Law; Energy transition; Enhance oil recovery; Enhanced oil recovery; Environmental justice; Equitable energy transition; Fairness; GCS; Geologic risks; Greenhouse gas; Greenhouse gas emissions; Host governments; Human capital; Innovation policy; Institutions; Intellectual property; Interdisciplinary perspective; International Law; Invention incentives; Investments; Legal and operational requirements; Legal and regulatory framework; Legal framework; Legal science; License; Long-term civil liability; Low-carbon economy transition; Mexico; Mitigation; Netherlands; Norway; Oil companies; Patent flexibilities; Patent landscapes; Patent law; Patent litigation; Policy choices; Pore space; Prevention and control of environmental accidents; Prizes; Public acceptance; Public participation; Public perception; Renewable energy; Social license; Social risk management and safety; Subnational sphere powers; Sustainable Development Goals; Sustainable development; Technical requirements; The role of the Brazilian state; Transport; UK's energy profile; Utilization
