To build a clean energy infrastructure, we're starting with water. And ending with water.

If you take apart a water molecule, you'll have oxygen (O) and hydrogen (H2). This separation is done by electrolyis, a process which has been in use by scientists since the mid-1800s. Capture and store the hydrogen in tanks, put a pump on it, and you've got a great way to power fuel-cell electric vehicles. The two key ingredients in electrolysis are water and electricity. Electricity splits the water molecule (H2O) into hydrogen (H2) and oxygen (O). This hydrogen can be thought of as a carrier of energy, a way of storing and transporting it more easily. Then, whenever you'd like to release the energy stored in the hydrogen, it goes into a battery-like device known as a fuel cell which provides electricity. Unlike a battery, a fuel cell can continue to produce electricity as long as it has a supply of hydrogen. Also unlike a battery, the fuel cell produces only water as a by-product.

So, start with water and end with water. Mix in some electricity from renewable sources such as solar or wind,  and you've got a very clean way to power the future. Smart and sustainable, the best part is this technology is available right now. Critics would be correct in saying it is not the most efficient process in the world, but believe it or not a fuel cell is still much more efficient than your typical internal combustion engine (ICE) which is found in nearly every car on the road today. Unlike gasoline and diesel engines, fuel cells have no moving parts and are relatively simple to maintain. The end products are electricity (which the car uses to "go") and water. You end up with the same two ingredients you started with, and in between you can power a whole new clean-energy hydrogen infrastructure.

That's exactly what we'd like to do, but we're going to need your help. Spread the word, tell others, and get involved. We're not about making money, we're about making a difference, and if you can help out then that's great. Hydrogen is already cost-competitive with gasoline, though it is measured by the kilogram instead of by the gallon. Fossil fuels are bad for the environment, geographically constrained, and finite. Our new energy infrastructure is designed to be exactly the opposite. It's environmentally friendly, renewable, and can be created virtually anywhere on Earth. Tell your friends, and tell them to tell their friends. Public awareness of, and interest in, a better energy infrastructure are what it's going to take in order for all of us to build a better future