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Full Description
Integrated Strategies for Developing Sustainable Energy Systems: From Carbon Capture to Energy System Optimization brings together insights into sustainable energy production and carbon capture technologies, as well as strategies for more sustainable chemical processes, from all aspects from process design and optimization strategies, through to effective implementation. This book equips readers with the knowledge and tools to implement sustainable chemical processes, providing them with the knowledge and tools needed to advance sustainability and energy optimization in their respective fields. The content combines a strong theoretical foundation, methodology details, real-world case studies and calculations to offer detailed process design theory and methodology, integrated strategies, carbon-capture technologies and eco-friendly energy system designs. This is a valuable resource for all those with an interest in sustainable energy systems and related practices, including researchers, faculty, industry professionals, policy makers, decision makers, and environmental advocacy groups.
Contents
1. Introduction to Integrated Sustainability Strategies
2. Forest Reforestation as a Keystone for Carbon Mitigation and Energy Strategy
3. Stakeholder Engagement in Sustainable Energy System Optimization
4. Designing Eco-Friendly Energy Systems with Carbon Offsetting
5. Enhancing Power Networks through Interregional Connectivity
6. Sustainable Resource Management in the Nexus of Water, Energy, and Food
7. Methanol Value Chain Optimization within a Sustainable Economic Model
8. National Gas Strategy: A Blueprint for Sustainable and Unconventional Resources
9. Equitable and Sustainable Integrated Fuel Production Planning
10. Population Behavior and Energy System Planning: An Integrated Approach
11. Visioning the Future: Perspectives and Pathways for Integrated Sustainability
