Despite the relevance, which I'm trying to find, splitting CO2 is way harder than H20 to split, 393.5 kJ/mol vs 237 kJ/mol respectively.
So if you want to use steam methane reforming (252 kJ/mol) and then split the CO2, you're pushing shit uphill to make it energy efficient.
Methane pyrolysis, that we use comes in way under (according to article below) at 38 kJ/mol.
https://ammoniaenergy.org/articles/methane-splitting-and-turquoise-ammonia/
Note Hazer gets a big mention!
Ann: Investor Webinar Presentation, page-111
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