The nexus of Energy, Economy, and Environment (3E) systems is of great importance in the global development scenario. In the past decades, the problems related to 3E have been studied and evaluated by numerous researchers and practitioners. The endorsements of the world of the 2030 Agenda for Sustainable Development Goals proposed by the United Nations Development Organization indicated that the triple helix is more present today than ever before. Ensuring affordable and clean energy is the seventh goal of the 2030 Agenda for Sustainable Development, in which environmental metrics (such as carbon dioxide emissions and use of water resources) are important drivers. The evolution of the objectives in the SDGs during past decades promotes global members to adopt a holistic and integrated vision while figuring out how to improve and stabilize the economic situation under the restrictions of the natural environment and exhaustible resources.
This research topic aims to investigate the interrelations between the Economy, Energy, and Environment (3E) from the perspective of sustainable development in an ever-changing world, and introduce new research methods and perspectives into this area. Both frontier and traditional 3E research submissions are welcome. We are hoping to read new research in the field of 3E, for example, research that could address the energy transition issue in the area of sustainable development. Research on this topic could help the world understand 3E better, the conclusion could be adopted for decision-makers at any level on their way to local, national, or regional sustainable development goals.
The Topic Editors invite scientists and investigators to contribute original research and review articles on areas which are listed below but are not limited to:
• Environmental pollution control under complex algorithm models
• Energy storage, transportation, and risk assessment
• Mechanism issues centered on policy and management
• The interrelations between energy use, environmental quality, and economic development
• Environmental issues and sustainable development
• Energy conservation and emission reduction, energy efficiency
• Sustainable energy supply chain
• Renewable energy
• Circular economy and cleaner production
The nexus of Energy, Economy, and Environment (3E) systems is of great importance in the global development scenario. In the past decades, the problems related to 3E have been studied and evaluated by numerous researchers and practitioners. The endorsements of the world of the 2030 Agenda for Sustainable Development Goals proposed by the United Nations Development Organization indicated that the triple helix is more present today than ever before. Ensuring affordable and clean energy is the seventh goal of the 2030 Agenda for Sustainable Development, in which environmental metrics (such as carbon dioxide emissions and use of water resources) are important drivers. The evolution of the objectives in the SDGs during past decades promotes global members to adopt a holistic and integrated vision while figuring out how to improve and stabilize the economic situation under the restrictions of the natural environment and exhaustible resources.
This research topic aims to investigate the interrelations between the Economy, Energy, and Environment (3E) from the perspective of sustainable development in an ever-changing world, and introduce new research methods and perspectives into this area. Both frontier and traditional 3E research submissions are welcome. We are hoping to read new research in the field of 3E, for example, research that could address the energy transition issue in the area of sustainable development. Research on this topic could help the world understand 3E better, the conclusion could be adopted for decision-makers at any level on their way to local, national, or regional sustainable development goals.
The Topic Editors invite scientists and investigators to contribute original research and review articles on areas which are listed below but are not limited to:
• Environmental pollution control under complex algorithm models
• Energy storage, transportation, and risk assessment
• Mechanism issues centered on policy and management
• The interrelations between energy use, environmental quality, and economic development
• Environmental issues and sustainable development
• Energy conservation and emission reduction, energy efficiency
• Sustainable energy supply chain
• Renewable energy
• Circular economy and cleaner production