The Okanagan Valley in Canada is considering a revolutionary transportation project proposed by Dr. Gordon Lovegrove from UBC Okanagan. The concept involves introducing hydrail tram-trains powered by hydrogen fuel cells, a novel and eco-friendly approach to combat traffic congestion and enhance transportation in the region. The idea is inspired by a successful model implemented in Karlsruhe, Germany, 40 years ago. The research highlights the need for alternative transportation solutions in the Okanagan Valley, which is mainly connected by Highway 97 and faces challenges like gridlock and safety risks due to increasing population and tourism. The proposed Okanagan Valley Electric Regional Passenger Rail (OVER PR) would offer efficient, zero-emission travel between cities, tackling issues of congestion and greenhouse gas emissions. With an estimated ridership of over 13,000 passengers per day, the project aims to benefit both commuters and non-users by reducing traffic congestion and travel delays. The study indicates that the hydrogen-powered tram-train system could bring significant economic, social, and ecological advantages to the region, with a projected benefit of over $45 billion over 30 years. Dr. Lovegrove emphasizes the environmental benefits of using hydrogen trains, citing advantages like flexibility in remote areas and compatibility with renewable energy sources. The proposal aims to provide a more sustainable and affordable transportation option for residents, businesses, and tourists in the Okanagan Valley, promoting transport equity, safety, and environmental friendliness.