RT @mboudry: Problem: we have emitted too much CO2 in the atmosphere. Solution: let's just take it out again! (Potential) breakthrough in C…
RT @mboudry: Problem: we have emitted too much CO2 in the atmosphere. Solution: let's just take it out again! (Potential) breakthrough in C…
Turning atmospheric CO2 back into coal?! Scientists are one step closer...it can now be done at room temperature! https://t.co/6HIM4n0nUk
WOAH! This is stupendous 🌟 A way has been found to pull CO2 from the atmosphere and turn it into coal, after which it can be stored cheaply and safely underground. https://t.co/U1rIyvRWO5 @nature #CCS #EnergyStorage 1/2
RT @mboudry: Problem: we have emitted too much CO2 in the atmosphere. Solution: let's just take it out again! (Potential) breakthrough in C…
RT @mboudry: Problem: we have emitted too much CO2 in the atmosphere. Solution: let's just take it out again! (Potential) breakthrough in C…
Problem: we have emitted too much CO2 in the atmosphere. Solution: let's just take it out again! (Potential) breakthrough in Carbon Capture & Storage. Researchers snatched CO2 molecules out of the air & converted them to coal, at room temperature n
Réduire le CO2 en carbone, l'inverse de la combustion, il en faudrait de l'énergie "propre" à gaspiller. https://t.co/Y601WoChlW https://t.co/3bJwZ7lNL1
Esrafilzadeh et al. found a way to convert #Co2 to carbon. "Overall, this liquid metal enabled electrocatalytic process at room temperature may result in a viable negative emission technology." #climatechange #ghg #nature #science https://t.co/JFhGbdgnHF
This is pretty neat! https://t.co/9LN9tiZlls
Interesting ! https://t.co/UlJ4y8sgYS
CO2-to-char #carbon with cerium catalyst at room temperature #climate #carbon #sequestration https://t.co/COdE9DkX52
RT @Limits2Growth: We have triggered vast changes and powerful feedbacks. Once a glacier is gone, it's gone. Once a plant species or a crea…
RT @Limits2Growth: We have triggered vast changes and powerful feedbacks. Once a glacier is gone, it's gone. Once a plant species or a crea…
RT @Kyukimasa: 低いエネルギーでCO2を固体炭素にする触媒技術 https://t.co/FdoPcebABb 液体金属を電極にすると水に溶けたCO2のカーボンが表面に溜まって剥がれて落ちるというものらしい。本格的な大気CO2捕獲に使えるかどうかは疑問だけど電極材…
RT @Limits2Growth: We have triggered vast changes and powerful feedbacks. Once a glacier is gone, it's gone. Once a plant species or a crea…
We have triggered vast changes and powerful feedbacks. Once a glacier is gone, it's gone. Once a plant species or a creature is extinct, it's extinct. There's no rewind. These are scientists publishing in one of the most respected journals. https://t.co/
RT @EqHuellaCmontes: Atención a esta noticia!!!. Habrá que seguirla de cerca. Han conseguido fijar CO2 atmosférico y convertirlo en carbón…
@HandyProfessor @cbcallinaday Your wish is my command! 😀 https://t.co/tK8vK2UGJ3
RT @_adunti_net_: Descubrimiento de primera magnitud para el cambio climático vía Nature Convertir el CO2 en Carbón, catalizador de Ce http…
RT @EngChemi: Researchers have used liquid metals to turn carbon dioxide back into solid coal, in a world-first breakthrough that could tra…
Researchers have used liquid metals to turn carbon dioxide back into solid coal, in a world-first breakthrough that could transform our approach to carbon capture and storage. https://t.co/ApHMkzQFNi
RT @_adunti_net_: Descubrimiento de primera magnitud para el cambio climático vía Nature Convertir el CO2 en Carbón, catalizador de Ce http…
RT @_adunti_net_: Descubrimiento de primera magnitud para el cambio climático vía Nature Convertir el CO2 en Carbón, catalizador de Ce http…
RT @EqHuellaCmontes: Atención a esta noticia!!!. Habrá que seguirla de cerca. Han conseguido fijar CO2 atmosférico y convertirlo en carbón…
@StevenDJBaumann @ABranesample @ItsAllBollocks Well there is some support for it, {though badly reported} and agree with Steven {again} not efficient enough yet. some other mats for perusal. https://t.co/9HAo6zKHbc https://t.co/v7mSfoMbl5
RT @drwilsonh: This paper shows the creation of amorphous carbon from #CO2. The carbon would not be useful as biochar, but more akin to car…
RT @CharlesCMann: Possibly important in future: https://t.co/jVIpT48mD5 CO₂ --> solid C on room-temp liquid gallium-tin-indium-cerium allo…
RT @JohnDPMorgan: 1. Very interesting paper on electrochemical reduction of CO₂ to carbon, on a catalytic liquid metal electrode. Unlike…
RT @EqHuellaCmontes: Atención a esta noticia!!!. Habrá que seguirla de cerca. Han conseguido fijar CO2 atmosférico y convertirlo en carbón…
https://t.co/AjHHCKx5Et holy fucking shit how do we do this on a mass scale without entropy?
RT @EqHuellaCmontes: Atención a esta noticia!!!. Habrá que seguirla de cerca. Han conseguido fijar CO2 atmosférico y convertirlo en carbón…
RT @EqHuellaCmontes: Atención a esta noticia!!!. Habrá que seguirla de cerca. Han conseguido fijar CO2 atmosférico y convertirlo en carbón…
RT @JohnAitchison1: Promising perhaps...Turning CO2 into solid carbon would help to slow climate change, providing it is done before too mu…
RT @mr_auzmoz: https://t.co/5HiwlQ3J73 Hoping this fully matures. Just wait for the pollies to screw it up somehow.
This is great. The electrode is liquid (dissolved in Ga), which means that when it turns the CO2 into something solid, the electrode-product contact doesn’t shield the surface from further reaction.
RT @Kyukimasa: 低いエネルギーでCO2を固体炭素にする触媒技術 https://t.co/FdoPcebABb 液体金属を電極にすると水に溶けたCO2のカーボンが表面に溜まって剥がれて落ちるというものらしい。本格的な大気CO2捕獲に使えるかどうかは疑問だけど電極材…
RT @CharlesCMann: Possibly important in future: https://t.co/jVIpT48mD5 CO₂ --> solid C on room-temp liquid gallium-tin-indium-cerium allo…
Room temperature CO 2 reduction to solid carbon species on liquid metals featuring atomically thin ceria interfaces | Nature Communications https://t.co/Jnm9YPgpAQ
RT @djkilllist: “Except for huge energy cost” https://t.co/wf2IdhXYnb
RT @Kyukimasa: 低いエネルギーでCO2を固体炭素にする触媒技術 https://t.co/FdoPcebABb 液体金属を電極にすると水に溶けたCO2のカーボンが表面に溜まって剥がれて落ちるというものらしい。本格的な大気CO2捕獲に使えるかどうかは疑問だけど電極材…
RT @JohnAitchison1: Promising perhaps...Turning CO2 into solid carbon would help to slow climate change, providing it is done before too mu…
RT @bataille_chris: Interesting thread on catalytically separating carbon from CO2 as a negative emission tech; “However, the energy cost i…
@RiAus Good morning @RiAus! What shakin' down under in science today? This thing reported out of @RMIT in @NatureComms looks interesting https://t.co/bxGpyjvKSZ
RT @martesbg: Ако искаме да ограничим глобалното затопляне до 1,5 градуса, ще се наложи не само да намалим емисиите СО2, но и да превърнем…
RT @CharlesCMann: Possibly important in future: https://t.co/jVIpT48mD5 CO₂ --> solid C on room-temp liquid gallium-tin-indium-cerium allo…
RT @Kyukimasa: 低いエネルギーでCO2を固体炭素にする触媒技術 https://t.co/FdoPcebABb 液体金属を電極にすると水に溶けたCO2のカーボンが表面に溜まって剥がれて落ちるというものらしい。本格的な大気CO2捕獲に使えるかどうかは疑問だけど電極材…
Atención a esta noticia!!!. Habrá que seguirla de cerca. Han conseguido fijar CO2 atmosférico y convertirlo en carbón a temperatura ambiente. 🙏🙏 https://t.co/SxIa8fZ31P
Promising perhaps...Turning CO2 into solid carbon would help to slow climate change, providing it is done before too much ice and snow melts, decreasing albedo, accelerating warming and releasing locked-in methane . https://t.co/QGvyPOOy53
RT @CharlesCMann: Possibly important in future: https://t.co/jVIpT48mD5 CO₂ --> solid C on room-temp liquid gallium-tin-indium-cerium allo…
Fascinating thread from Dr John Morgan. A viable way to pull CO2 out of the atmosphere.
An interesting carbon-capture method just published by Australian researchers: Maybe @Noahpinion and @ramez are interested? https://t.co/3m4RMG9BaD
RT @CharlesCMann: Possibly important in future: https://t.co/jVIpT48mD5 CO₂ --> solid C on room-temp liquid gallium-tin-indium-cerium allo…
RT @Kyukimasa: 低いエネルギーでCO2を固体炭素にする触媒技術 https://t.co/FdoPcebABb 液体金属を電極にすると水に溶けたCO2のカーボンが表面に溜まって剥がれて落ちるというものらしい。本格的な大気CO2捕獲に使えるかどうかは疑問だけど電極材…
RT @bataille_chris: Interesting thread on catalytically separating carbon from CO2 as a negative emission tech; “However, the energy cost i…
RT @climatefactaday: Researchers have developed a new technique to efficiently turn carbon dioxide back into solid coal, a breakthrough tha…
RT @climatefactaday: Researchers have developed a new technique to efficiently turn carbon dioxide back into solid coal, a breakthrough tha…
RT @CharlesCMann: Possibly important in future: https://t.co/jVIpT48mD5 CO₂ --> solid C on room-temp liquid gallium-tin-indium-cerium allo…
RT @CharlesCMann: Possibly important in future: https://t.co/jVIpT48mD5 CO₂ --> solid C on room-temp liquid gallium-tin-indium-cerium allo…
RT @EcoInternetDrGB: Room temperature CO 2 reduction to solid carbon species on liquid metals featuring atomically thin ceria interfaces: N…
RT @Kyukimasa: 低いエネルギーでCO2を固体炭素にする触媒技術 https://t.co/FdoPcebABb 液体金属を電極にすると水に溶けたCO2のカーボンが表面に溜まって剥がれて落ちるというものらしい。本格的な大気CO2捕獲に使えるかどうかは疑問だけど電極材…
Wow.. if it could be solar powered, build itself, repair itself, maximize efficiency with fractal distribution, and self replicating... it would be a tree.
RT @CharlesCMann: Possibly important in future: https://t.co/jVIpT48mD5 CO₂ --> solid C on room-temp liquid gallium-tin-indium-cerium allo…
RT @CharlesCMann: Possibly important in future: https://t.co/jVIpT48mD5 CO₂ --> solid C on room-temp liquid gallium-tin-indium-cerium allo…
@elonmusk Turning CO2 back into solid carbonaceous species, which could be used as high-performance capacitor electrodes. I hear @Mars has a lot of CO2. Would be a great process to use up there, right? Source: https://t.co/5UsFfMVokm
This should be the biggest news of the week. Developing scalable DAC needs Manhatten Project style urgency. This time, to save a world, not to destroy it.
RT @djkilllist: “Except for huge energy cost” https://t.co/wf2IdhXYnb
Researchers have developed a new technique to efficiently turn carbon dioxide back into solid coal, a breakthrough that could transform the approach to carbon capture & storage. #climatechange #NegativeEmissions #science #CFAD @NatureComms @physorg_
RT @CharlesCMann: Possibly important in future: https://t.co/jVIpT48mD5 CO₂ --> solid C on room-temp liquid gallium-tin-indium-cerium allo…
RT @CharlesCMann: Possibly important in future: https://t.co/jVIpT48mD5 CO₂ --> solid C on room-temp liquid gallium-tin-indium-cerium allo…
RT @CharlesCMann: Possibly important in future: https://t.co/jVIpT48mD5 CO₂ --> solid C on room-temp liquid gallium-tin-indium-cerium allo…
RT @CharlesCMann: Possibly important in future: https://t.co/jVIpT48mD5 CO₂ --> solid C on room-temp liquid gallium-tin-indium-cerium allo…
RT @CharlesCMann: Possibly important in future: https://t.co/jVIpT48mD5 CO₂ --> solid C on room-temp liquid gallium-tin-indium-cerium allo…
Possibly important in future: https://t.co/jVIpT48mD5 CO₂ --> solid C on room-temp liquid gallium-tin-indium-cerium alloy. Looks scalable, except for huge energy cost. If that cost could be cut, could lead to sequestration of atmospheric CO₂ -- a super
RT @JohnDPMorgan: 1. Very interesting paper on electrochemical reduction of CO₂ to carbon, on a catalytic liquid metal electrode. Unlike…
RT @CLCastro1974: Might this be the holy grail for direct air capture of atmospheric carbon dioxide? Sounds like a better alternative to m…
RT @Kyukimasa: 低いエネルギーでCO2を固体炭素にする触媒技術 https://t.co/FdoPcebABb 液体金属を電極にすると水に溶けたCO2のカーボンが表面に溜まって剥がれて落ちるというものらしい。本格的な大気CO2捕獲に使えるかどうかは疑問だけど電極材…
RT @Kyukimasa: 低いエネルギーでCO2を固体炭素にする触媒技術 https://t.co/FdoPcebABb 液体金属を電極にすると水に溶けたCO2のカーボンが表面に溜まって剥がれて落ちるというものらしい。本格的な大気CO2捕獲に使えるかどうかは疑問だけど電極材…
Room temperature CO<sub>2</sub> reduction to solid carbon species on liquid metals featuring atomically thin ceria interfaces https://t.co/k0eAaLQWxG
RT @Kyukimasa: 低いエネルギーでCO2を固体炭素にする触媒技術 https://t.co/FdoPcebABb 液体金属を電極にすると水に溶けたCO2のカーボンが表面に溜まって剥がれて落ちるというものらしい。本格的な大気CO2捕獲に使えるかどうかは疑問だけど電極材…
RT @Kyukimasa: 低いエネルギーでCO2を固体炭素にする触媒技術 https://t.co/FdoPcebABb 液体金属を電極にすると水に溶けたCO2のカーボンが表面に溜まって剥がれて落ちるというものらしい。本格的な大気CO2捕獲に使えるかどうかは疑問だけど電極材…
Liquid metal boosts CO2 reduction!
RT @Kyukimasa: 低いエネルギーでCO2を固体炭素にする触媒技術 https://t.co/FdoPcebABb 液体金属を電極にすると水に溶けたCO2のカーボンが表面に溜まって剥がれて落ちるというものらしい。本格的な大気CO2捕獲に使えるかどうかは疑問だけど電極材…
RT @Kyukimasa: 低いエネルギーでCO2を固体炭素にする触媒技術 https://t.co/FdoPcebABb 液体金属を電極にすると水に溶けたCO2のカーボンが表面に溜まって剥がれて落ちるというものらしい。本格的な大気CO2捕獲に使えるかどうかは疑問だけど電極材…
Great thread!
Room temperature CO2reduction to solid carbon species on liquid metals featuring atomically thin ceria interfaces https://t.co/bL07aGid7V
Room temperature CO 2 reduction to solid carbon species on liquid metals featuring atomically thin ceria interfaces https://t.co/o8tFLv1OLA
RT @Kyukimasa: 低いエネルギーでCO2を固体炭素にする触媒技術 https://t.co/FdoPcebABb 液体金属を電極にすると水に溶けたCO2のカーボンが表面に溜まって剥がれて落ちるというものらしい。本格的な大気CO2捕獲に使えるかどうかは疑問だけど電極材…
RT @Kyukimasa: 低いエネルギーでCO2を固体炭素にする触媒技術 https://t.co/FdoPcebABb 液体金属を電極にすると水に溶けたCO2のカーボンが表面に溜まって剥がれて落ちるというものらしい。本格的な大気CO2捕獲に使えるかどうかは疑問だけど電極材…
RT @Kyukimasa: 低いエネルギーでCO2を固体炭素にする触媒技術 https://t.co/FdoPcebABb 液体金属を電極にすると水に溶けたCO2のカーボンが表面に溜まって剥がれて落ちるというものらしい。本格的な大気CO2捕獲に使えるかどうかは疑問だけど電極材…
RT @JohnDPMorgan: 1. Very interesting paper on electrochemical reduction of CO₂ to carbon, on a catalytic liquid metal electrode. Unlike…
RT @StevenJHeaton: Good summary thread from @JohnDPMorgan. Great stuff from UNSW for the paper. https://t.co/Odr9s5dii8
Carbon particles from #CO2 could be buried away for #CCS or used in super capacitors https://t.co/8eoEa0SxLA
RT @M_Sophie77: Room temperature CO2reduction to solid carbon species on liquid metals featuring atomically thin ceria interfaces https://…
RT @Kyukimasa: 低いエネルギーでCO2を固体炭素にする触媒技術 https://t.co/FdoPcebABb 液体金属を電極にすると水に溶けたCO2のカーボンが表面に溜まって剥がれて落ちるというものらしい。本格的な大気CO2捕獲に使えるかどうかは疑問だけど電極材…
RT @Kyukimasa: 低いエネルギーでCO2を固体炭素にする触媒技術 https://t.co/FdoPcebABb 液体金属を電極にすると水に溶けたCO2のカーボンが表面に溜まって剥がれて落ちるというものらしい。本格的な大気CO2捕獲に使えるかどうかは疑問だけど電極材…