On two separate occasions in the past 3 years, I learned of electrochemical processes that do extraordinary and unexpected things. My feeling is that use of electrochemical methods in unconventional applications will be rich in new advances.
On the infrastructure point - interesting (and concerning, although I guess not surprising) that Greg Nemet highlighted on the State of CDR launch webinar last week that their analysis shows that large-scale infrastructure technologies (railroads, pipelines, etc) have typically been the slowest to scale up if you look back at historical examples.
Also some fascinating comments on funding gaps/ the 'valley of death' (specifically within a CDR context) by Andrew Shebbeare on the NTNU Energy Transition Podcast last week.
Matt Clifford (EF Founder) also involved in ARIA I believe - he used to talk a lot about the systems/ institutions/ etc you need to drive scientific progress in his (now largely discontinued) newsletter.
On two separate occasions in the past 3 years, I learned of electrochemical processes that do extraordinary and unexpected things. My feeling is that use of electrochemical methods in unconventional applications will be rich in new advances.
Super valuable summary :)
On the infrastructure point - interesting (and concerning, although I guess not surprising) that Greg Nemet highlighted on the State of CDR launch webinar last week that their analysis shows that large-scale infrastructure technologies (railroads, pipelines, etc) have typically been the slowest to scale up if you look back at historical examples.
Also some fascinating comments on funding gaps/ the 'valley of death' (specifically within a CDR context) by Andrew Shebbeare on the NTNU Energy Transition Podcast last week.
Matt Clifford (EF Founder) also involved in ARIA I believe - he used to talk a lot about the systems/ institutions/ etc you need to drive scientific progress in his (now largely discontinued) newsletter.
Looking forward to more!