A prototype of a solar-powered system was recently showcased in Salalah, Oman, designed for the production of green hydrogen and purified drinking water. The system utilizes solar power for water purification meeting Omani standards, with the purified water then used in a solar-driven electrolysis process to produce green hydrogen. Key performance metrics such as pH, TDS, TSS, BOD, and COD were monitored to ensure optimal system performance, with an output rate of 152 ml of hydrogen per minute achieved. Dr. Rakesh Namdeti emphasized the project's sustainability, supported by an in-depth life cycle assessment and cost-benefit analysis, positioning it as a competitive alternative to conventional technologies. The project, developed by Chemical Engineering students under faculty guidance, aligns with Oman's objectives in renewable energy and economic diversification, addressing global demands for sustainable energy solutions. By offering a solution to water scarcity and clean energy production, the project supports Oman's role in the global clean energy movement and aligns with Oman Vision 2040 goals for sustainable water and energy solutions.