MIT World Peace University (MITWPU) in India has revealed two groundbreaking innovations in sustainable energy ahead of World Earth Day. The first innovation involves a unique method of producing hydrogen from sugarcane juice using microorganisms. This process operates at room temperature, utilizes sea water and wastewater, and could potentially reduce hydrogen production costs to $1/kg. Additionally, it converts carbon dioxide into acetic acid, ensuring a sustainable and eco-friendly operation. MITWPU has filed for a patent and aims to secure funding for this project. The university is also working on hydrogen storage using Metallo-Organic Frameworks (MOFs) while proposing the establishment of a Green Hydrogen Centre of Excellence. The second innovation focuses on an eco-friendly batch reactor system for biodiesel production using an agro-waste-based catalyst, patented by MITWPU. This system transforms agricultural residues into a high-performance catalyst, enhancing biodiesel yield and reducing waste generation. MITWPU plans to commercialize this technology within six months, particularly targeting biomass-rich states for implementation. The university's researchers are at the forefront of these initiatives, emphasizing a collaborative approach for scaling up these solutions and achieving commercial success. MITWPU's efforts reflect a commitment to India's green energy transition and a vision of integrating advanced science with sustainable development for a cleaner future.