) and split it into hydrogen and oxygen. This is the cleanest method.
Using steam to pull hydrogen out of natural gas (methane). If you capture the leftover CO2cap C cap O sub 2 , it’s "blue"; if the CO2cap C cap O sub 2 escapes into the air, it’s "gray." 2. Fuel Cells (Using the Fuel) Fuel Cells and Hydrogen Production
This combo is a massive deal for "hard to electrify" sectors. While batteries are great for cars, hydrogen is better for: ) and split it into hydrogen and oxygen
Using renewable electricity (wind/solar) to shock water ( H2Ocap H sub 2 cap O If you capture the leftover CO2cap C cap
(storing excess wind/solar power for months at a time). If you want to dive deeper,) The current costs compared to fossil fuels The safety and storage challenges of hydrogen
Unlike a battery, it doesn't need to be "recharged" for hours—you just pump in more hydrogen, similar to filling a gas tank. 3. Why they matter together
) and split it into hydrogen and oxygen. This is the cleanest method.
Using steam to pull hydrogen out of natural gas (methane). If you capture the leftover CO2cap C cap O sub 2 , it’s "blue"; if the CO2cap C cap O sub 2 escapes into the air, it’s "gray." 2. Fuel Cells (Using the Fuel)
This combo is a massive deal for "hard to electrify" sectors. While batteries are great for cars, hydrogen is better for:
Using renewable electricity (wind/solar) to shock water ( H2Ocap H sub 2 cap O
(storing excess wind/solar power for months at a time). If you want to dive deeper,) The current costs compared to fossil fuels The safety and storage challenges of hydrogen
Unlike a battery, it doesn't need to be "recharged" for hours—you just pump in more hydrogen, similar to filling a gas tank. 3. Why they matter together