MIT World Peace University in Pune, India, has unveiled two pioneering innovations in the field of sustainable energy. The first innovation involves the development of green hydrogen using sugarcane juice as a source through a microbial process. This method not only produces hydrogen but also converts carbon dioxide into acetic acid, providing an eco-friendly, zero-discharge solution. The university has also proposed the establishment of a Green Hydrogen Centre of Excellence to further support this advancement. Additionally, MIT-WPU is working on hydrogen storage solutions using Metallo-Organic Frameworks. The second innovation focuses on an efficient batch reactor system for biodiesel production using a patented agro-waste-based catalyst. This technology aims to convert agricultural residue into clean fuel, offering enhanced efficiency and thermal stability. The university anticipates the commercial feasibility of this system within six months, especially in regions like Punjab and Haryana where biomass burning poses environmental challenges. Dr. Bharat Kale, along with other key researchers, highlights the potential of these projects to significantly reduce the cost of hydrogen production and provide valuable byproducts, emphasizing the importance of collaboration with industry partners for further development and technology transfer. MIT-WPU's initiatives underscore a dedication to cutting-edge research in green energy and a sustainable future through innovative solutions and industrial engagement.