My idea is to turn water into a renewable enviroment-friendly fuel by separating its components (hydrogen and oxygen).
When the components are separated, H2 would be the fuel and would be burned. Because of the combustion, H2 would react with the O2 in the atmosphere and would turn into water, going back to the environment. This process makes it a renewable fuel.
While hydrogen (H2) would be the fuel itself, oxygen (O2) would be the waste product. Separating the components isn't the challenging part, though. The main challenge is finding an economically viable way of doing so, since in most methods the energy used for separating the components is more expensive than the H2 product itself.
My goal is to find an economically viable way of separating the water components. I will study different methods and find, or even come up with the optimal one.
When the components are separated, H2 would be the fuel and would be burned. Because of the combustion, H2 would react with the O2 in the atmosphere and would turn into water, going back to the environment. This process makes it a renewable fuel.
While hydrogen (H2) would be the fuel itself, oxygen (O2) would be the waste product. Separating the components isn't the challenging part, though. The main challenge is finding an economically viable way of doing so, since in most methods the energy used for separating the components is more expensive than the H2 product itself.
My goal is to find an economically viable way of separating the water components. I will study different methods and find, or even come up with the optimal one.