TermiteHydrogen Posted Friday at 04:02 PM Posted Friday at 04:02 PM Hi, I'm a Chemical Engineering PhD student studying the production of Hydrogen from Termites, and wanted to share a video on my journey. And don't worry, the Hydrogen is produced naturally, and the Termites aren't
swansont Posted Friday at 04:24 PM Posted Friday at 04:24 PM ! Moderator Note Posting videos without discussion is against our rules.
TheVat Posted Friday at 06:43 PM Posted Friday at 06:43 PM 2 hours ago, TermiteHydrogen said: Hi, I'm a Chemical Engineering PhD student studying the production of Hydrogen from Termites, and wanted to share a video on my journey. And don't worry, the Hydrogen is produced naturally, and the Termites aren't And the termites aren't what? Forming a labor union?
exchemist Posted Friday at 10:31 PM Posted Friday at 10:31 PM 3 hours ago, TheVat said: And the termites aren't what? Forming a labor union? …produced naturally?
CharonY Posted Friday at 10:41 PM Posted Friday at 10:41 PM Methane is also produced naturally and for some reasons we still worry about it...
joigus Posted Friday at 11:36 PM Posted Friday at 11:36 PM 4 hours ago, TheVat said: And the termites aren't what? ...chemical engineers.
Ken Fabian Posted Saturday at 12:20 AM Posted Saturday at 12:20 AM Whilst not a Greenhouse Gas and displacing fossil fuel use with renewable Hydrogen will reduce global warming raising atmospheric Hydrogen concentrations slows the decay of methane, which undoes some of the gains. One thing to breed or genetically modify termites (or - seems more likely to me - their accompanying micro biota) to produce more Hydrogen, another thing to harvest and use the H2 cost effectively. Low cost enough that it's use will displace fossil fuel use is a major step that other ways of making Hydrogen have not done successfully; much of that due to the storage and transport difficulties. Adding in the requirements for the termite farms to be inside airtight facilities, for a means of extracting H2 from the air, for a supply of biomass to feed them - all the while maintaining an ideal (termite healthy) air mix and temperatures - makes it extraordinarily challenging. How do the costs compare to dedicated solar, wind, storage powered electrolysis? Meanwhile battery EV's are beating Hydrogen EV's by thousands to one, in part because there are electricity grids EV's are able to take advantage of. With Hydrogen the infrastructure for widespread use does not exist and has to be built from zero. I am cynical enough to think most of the leaders of industries that insist that Hydrogen will be best don't actually believe that themselves. Their Hydrogen efforts so far seem to work better as evidence that low emissions is too hard and expensive than as viable decarbonising. 1
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