Talk:Solar Upgrading of Hydrocarbons: Difference between revisions
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There is some company making [[E-Fuel]] with some sort of [[CSP]] system like this. One even made Syngas with just the ''insane amount of heat'' and either standard air, or water/water vapor saturated air. I'd have to grab the link sometime | There is some company making [[E-Fuel]] with some sort of [[CSP]] system like this. One even made Syngas with just the ''insane amount of heat'' and either standard air, or water/water vapor saturated air. I'd have to grab the link sometime | ||
This is Basically [[Power-to-Fuels]] but more direct (may use no electrical power from the grid etc if [[Electrolysis]] isn't used). Also has some similarities to those [[Thermochemical Water Splitting]] or was the page called [[Thermochemical Hydrogen Production]] some of those nuclear plant designs proposed ( [[Sulfur-iodine Cycle]] so potentially one could make a CSP Plant using that rather than Syngas+Catalysts+CSP as the company does iirc. | |||
--[[User:Eric|Eric]] ([[User talk:Eric|talk]]) 00:49, 7 June 2023 (UTC) | --[[User:Eric|Eric]] ([[User talk:Eric|talk]]) 00:49, 7 June 2023 (UTC) | ||
Latest revision as of 00:52, 7 June 2023
There is some company making E-Fuel with some sort of CSP system like this. One even made Syngas with just the insane amount of heat and either standard air, or water/water vapor saturated air. I'd have to grab the link sometime
This is Basically Power-to-Fuels but more direct (may use no electrical power from the grid etc if Electrolysis isn't used). Also has some similarities to those Thermochemical Water Splitting or was the page called Thermochemical Hydrogen Production some of those nuclear plant designs proposed ( Sulfur-iodine Cycle so potentially one could make a CSP Plant using that rather than Syngas+Catalysts+CSP as the company does iirc.