Part 1 1. Solar energy technologies and catalysis: Principles and applications 2. Hybrid solar-powered photocatalysis systems for hydrogen production, observation, and application 3. Solar photocatalytic, photoelectrochemical, and photovoltaic-electrochemical systems for hydrogen production: Advanced technologies, challenges, and opportunities 4. Advancement of Z and S-scheme heterostructure photocatalysts for efficient hydrogen evolution Part 2 5. Utilization of renewable photocatalysis systems to reduce CO2 emissions and achieve zero energy (NZE) targets 6. Renewable photocatalysis-driven water-splitting applications 7. Renewable photocatalysis for hydrogen production and application 8.
Future photocatalysis applications: Fuel cells, solar conversion, self-cleaning and self-sterilizing coatings, food and healthy treatments, drug delivery, cancer treatment, and environmental radiation 9. Photocatalysis pathways for conservation and storage of energy 10. Empowering photocatalysts with Artificial Intelligence: Innovations and applications 11. Photocatalysis pathways for wastewater treatment Part 3 12. Renewable energy-based power generation, contribution to global policy, and benefits for future economic growth 13. Renewable photocatalytic technologies: Global policy barriers and economic implications 14. Total cost of renewable photocatalytic establishment for sustainable energy future 15. Global economic benefits of developing renewable photocatalytic energy 16.
Global renewable photocatalytic energy market: Commercialization and future trends 17. Photocatalysis integrating economic, commercialization, and social assessment for the future energy market Part 4 18. SWOT analysis of photocatalytic technology in the market towards environmental remediation 19. The environment for different types of catalysts materials used in photocatalysts 20. Life cycle assessment of photocatalyst materials 21. Environmental effect on the photocatalytic process and convenience of semiconductor materials 22. A new type of nanomaterial for environmental applications in the photocatalytic degradation of water pollutants.