• What you’re saying is true. I still want to point out that developing hydrogen infrastructure based on non-renewable hydrogen today, helps lay the groundwork for using primarily renewable hydrogen tomorrow, because we’re developing storage, transportation, and fuel cell technology.

    Also: Methane can be produced from renewables, so developing steam reforming technology today, using non-renewable methane, helps lay the groundwork for renewable-based hydrogen production tomorrow.

    Finally: Steam reforming lends itself well to CCS, so hydrogen production from renewable methane + CCS is a potentially viable path to a carbon-negative future.

    • But hydrogen infrastructure isn’t better long term than regular electric and battery infrastructure. You need quite unique circumstances like being highly dependent on high energy density while being located in a place where you’re far from an electric grid. Like an island in a stormy place (without access to wave power, etc) or long haul trucks out in nowhere or electric airplanes. Almost anything else should use better options