Solar Stills for Sustainable Water Purification: Innovations, Policies, and Applications explores recent developments in solar distillation technology, highlighting the use of solar energy in the efficient production of clean water, combining renewable energy and water purifying methods to address water scarcity and related challenges in a sustainable way. The book begins by introducing the basic principles and connections between solar stills, solar energy, and water purification. Subsequent chapters offer in-depth coverage and analysis of design, mechanics, and maintenance, strategies for enhanced productivity, heat storage, thermal modeling and analysis, economic viability, machine learning for optimization, environmental impact, policy, legal, and regulatory aspects, social and community impact, and innovative applications and materials. Finally, emerging technologies, potential future enhancements, and research gaps are discussed. Within several chapters, case studies are used to practically illustrate applications and impacts of solar still technology, providing real-world context for the theoretical and technical content. This is a useful resource for all those with an interest in solar still technology, solar energy applications, water resource management, green technology, and environmental engineering, including researchers, advanced students, faculty, engineers, R&D, industry practitioners, and policy makers.
1. Chapter one. Introduction to solar stills - p. 1 2. Chapter two. Solar energy basics and water purification - p. 17 3. Chapter three. Design and mechanics of solar stills - p. 51 4. Chapter four. High productivity solar stills - p. 69 5. Chapter five. Heat storage in solar stills - p. 91 6. Chapter six. Thermal modeling and analysis of solar stills - p. 107 7. Chapter seven. Adoption potential and economic viability of solar stills - p. 143 8. Chapter eight. Machine learning in solar still optimization - p. 183 9. Chapter nine. Analysis of embodied energy and environmental impacts of solar stills - p. 221 10. Chapter ten. A review of global policy and regulatory framework for sustainable water purification - p. 247 11. Chapter eleven. Social and community impacts of solar stills with case studies - p. 269 12. Chapter twelve. Global applications and innovations in materials for solar stills - p. 281 13. Chapter Thirteen. Exploring Digital twins applications for solar-thermal distillers and pathways for large scale applications of digital twins-assisted solar desalination technologies - p. 291 14. Index - p. 309
Solar Stills for Sustainable Water Purification: Innovations, Policies, and Applications explores recent developments in solar distillation technology, highlighting the use of solar energy in the efficient production of clean water, combining renewable energy and water purifying methods to address water scarcity and related challenges in a sustainable way. The book begins by introducing the basic principles and connections between solar stills, solar energy, and water purification. Subsequent chapters offer in-depth coverage and analysis of design, mechanics, and maintenance, strategies for enhanced productivity, heat storage, thermal modeling and analysis, economic viability, machine learning for optimization, environmental impact, policy, legal, and regulatory aspects, social and community impact, and innovative applications and materials. Finally, emerging technologies, potential future enhancements, and research gaps are discussed. Within several chapters, case studies are used to practically illustrate applications and impacts of solar still technology, providing real-world context for the theoretical and technical content. This is a useful resource for all those with an interest in solar still technology, solar energy applications, water resource management, green technology, and environmental engineering, including researchers, advanced students, faculty, engineers, R&D, industry practitioners, and policy makers.
1. Chapter one. Introduction to solar stills - p. 1 2. Chapter two. Solar energy basics and water purification - p. 17 3. Chapter three. Design and mechanics of solar stills - p. 51 4. Chapter four. High productivity solar stills - p. 69 5. Chapter five. Heat storage in solar stills - p. 91 6. Chapter six. Thermal modeling and analysis of solar stills - p. 107 7. Chapter seven. Adoption potential and economic viability of solar stills - p. 143 8. Chapter eight. Machine learning in solar still optimization - p. 183 9. Chapter nine. Analysis of embodied energy and environmental impacts of solar stills - p. 221 10. Chapter ten. A review of global policy and regulatory framework for sustainable water purification - p. 247 11. Chapter eleven. Social and community impacts of solar stills with case studies - p. 269 12. Chapter twelve. Global applications and innovations in materials for solar stills - p. 281 13. Chapter Thirteen. Exploring Digital twins applications for solar-thermal distillers and pathways for large scale applications of digital twins-assisted solar desalination technologies - p. 291 14. Index - p. 309
