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Full Description
Solar-driven Photothermal Membrane Distillation: Assessment, Advances, and Challenges explores the intersection of renewable energy, water treatment, membrane technology, and sustainable development. It focuses on membrane distillation, a promising technology for desalination and water purification, and specifically examines the use of solar energy to drive the distillation process. The book addresses challenges and provides practical solutions for implementing and optimizing solar-driven photothermal membrane distillation systems, emphasizing the importance of sustainable water treatment technologies in ensuring water security and environmental conservation.
Solar-driven Photothermal Membrane Distillation: Assessment, Advances, and Challenges is a valuable resource for researchers, engineers, practitioners, policymakers, and educators interested in advancing knowledge and promoting the adoption of solar-driven membrane distillation for sustainable water treatment.
Contents
Section I: Introduction
1. Introduction to desalination
2. Solar-operated purification technologies
Section II: Photothermal membrane distillation (PMD) system
3. Introduction and fundamentals of PMD
4. Membrane selection and characterization
5. Importance of photothermal layer and coating methods
6. Vaporization and condensation in PMD
7. Analytical and numerical methods in PMD
8. Experimental methods in PMD systems
9. Economic evaluation of PMD systems
Section III: Advances in PMD
10. Advances in PMD systems- a review
11. Hybrid (PV-integrated) PMD systems
Section IV: Challenges in PMD systems
12. Modelling transport phenomena in porous membranes
13. Membrane wetting and remedies
14. PMD systems: challenges and opportunities
