Researchers at IISER Tirupati have introduced an innovative synthetic method to generate hydrogen gas from a combination of methanol and paraformaldehyde. This method, utilizing nickel catalysts, has shown great efficiency in transferring hydrogen from these chemical compounds. The research aims to offer a promising hydrogen carrier, which could significantly impact chemical synthesis and sustainable energy solutions. The depletion of traditional fossil fuels has accelerated the quest for alternative energy sources, wherein hydrogen plays a crucial role due to its potential to substitute fossil fuels in various applications. The study conducted by Prof. Ekambaram Balaraman's team has successfully harnessed the power of methanol and paraformaldehyde as abundant resources for hydrogen storage and transportation. By eliminating the need for bases or activators, the catalytic system has highlighted its effectiveness in generating hydrogen under mild conditions. Moreover, the produced hydrogen has been utilized in selective hydrogenation reactions, facilitating the creation of essential bioactive compounds with enhanced synthetic value. The research, soon to be published in the journal Catalysis Science & Technology, signifies a breakthrough in COx-free hydrogen generation, marking progress towards a hydrogen-based economy. This development not only addresses the challenges posed by escalating global energy demands but also opens avenues for sustainable energy solutions. The potential of utilizing methanol and paraformaldehyde as hydrogen carriers showcases a promising future in renewable energy and chemical synthesis. Registering for the NextGen Chemicals & Petrochemicals Summit 2024 in Mumbai could provide insights into cutting-edge advancements in the field of sustainable energy and chemical innovations.