This review investigates the use of earth-abundant transition metals as catalysts, focusing on their processes, uses, and promise in driving sustainable chemical synthesis. We underline their economic and environmental benefits, which point to a brighter future. Introduction to Earth-Abundant Transition…
This review delves into cutting-edge biomass upgrading strategies, with an emphasis on thermochemical, biochemical, and catalytic approaches. It focuses on the issues and future directions for sustainable biofuel and biochemical production. Introduction to Biomass Upgrading Biomass, a renewable and sustainable…
This review investigates the mechanics, catalysts, and problems of water splitting for hydrogen production, emphasizing current advances and future research approaches toward sustainable and efficient energy solutions. Introduction to Water Splitting Water splitting, aided by renewable energy sources, is an…
Recent developments in asymmetric catalysis are examined in this review, with an emphasis on novel catalysts, processes, and applications. It draws attention to creative methods that improve enantioselectivity and productivity when creating chiral compounds. Introduction to Asymmetric Catalysis Due to…
This review delves into the latest developments in artificial photosynthesis, emphasizing novel materials and processes that improve sustainability and efficiency in the process of turning CO2, sunlight, and water into chemical fuels. Introduction to Artificial Photosynthesis In order to provide…
Using the selectivity of catalysts and the reactivity of plasma, plasma catalysis opens up new possibilities in catalytic science by facilitating effective chemical reactions in mild environments. With an emphasis on its uses in green chemistry, energy efficiency, pollutant degradation,…