High-Temperature Solar Thermal Systems

The pivotal role of high-temperature solar thermal energy in a sustainable future.- Heat transfer mechanisms in high-temperature solar thermal systems.- Advanced materials for high-temperature solar thermal applications.- Solar thermal concentrators in CSP: Design, operation, and recent advances.- Fluid dynamics in concentrated solar power systems.- Advanced heat transfer fluids and materials for high-temperature concentrated solar power systems: Properties and innovations.- Next-generation heat transfer fluids and coatings for high-temperature CSP.- Comparative analysis of thermal fluids and materials for high-temperature CSP.- Artificial intelligence and machine learning applications in high-temperature solar thermal systems.- Computer vision and automation in concentrated solar power plants operations.- Solar thermochemical routes for hydrogen and syngas production.- Harnessing solar energy for thermochemical pyrolysis of biomass: A sustainable pathway for bio-oil and syngas generation.- Experimental investigation of solar thermal energy systems for enhanced thermal performance: Design optimisation for sustainable energy solutions.- High-temperature solar applications for industrial decarbonisation.- Experimental investigations on multi-passage finned type solar receiver.- High-temperature hydrogen production using integrated spectrally split concentrated photovoltaics and solar tower systems.- Green recovery of critical materials from spent lithium batteries using concentrated solar thermal systems.- Life cycle assessment (LCA) of high-temperature solar thermal technologies.- Techno-economic assessment of high-temperature solar thermal systems.- Advancements and challenges in pillow plate heat exchangers: A comprehensive review.- Multi-criteria decision-making analysis for a sustainable hydrogen economy in Oman: Pathways to carbon neutrality via renewable solar energy.- Design and execution of a 100kW solar system.