Hydrogen is a pain to deal with. It requires excessively thick walled containers to store etc.
A better solution is to do what plants do. Pin it to a carbon atom. Synthetic hydrocarbons would also be a lot easier to integrate into existing supply chains.
Where’s the carbon going to come from? If it’s anywhere but the CO2 in the atmosphere (or at least sequestered on its way to the atmosphere), your energy solution isn’t carbon neutral anymore. And if it is from the atmosphere, then there are efficiency challenges there at concentrating CO2 to be useful for synthetic processes.
Most syngas today comes from biological and fossil feedstocks, so it’s not really a solution to atmospheric CO2 concentrations.
Hydrogen is a pain to deal with. It requires excessively thick walled containers to store etc.
A better solution is to do what plants do. Pin it to a carbon atom. Synthetic hydrocarbons would also be a lot easier to integrate into existing supply chains.
Where’s the carbon going to come from? If it’s anywhere but the CO2 in the atmosphere (or at least sequestered on its way to the atmosphere), your energy solution isn’t carbon neutral anymore. And if it is from the atmosphere, then there are efficiency challenges there at concentrating CO2 to be useful for synthetic processes.
Most syngas today comes from biological and fossil feedstocks, so it’s not really a solution to atmospheric CO2 concentrations.