@thunderf00t I just read this article on a new technology for carbon capture and thought I would like your opinion. Is this a solution, something that can be upscaled to have a real impact? https://t.co/apbJw47sw9
RT @sritterz: #InorganicTuesday liquid-metal electrocatalysts take aim at room temperature CO2 reduction to solid carbon materials https://…
RT @mboudry: Problem: we have emitted too much CO2 in the atmosphere. Solution: let's just take it out again! (Potential) breakthrough in C…
read the full very geeky article here https://t.co/JmeIrJ9x10
I’m starting to think that only a self replicating biological agent would be able to economically scale and deliver ‘within a lifetime’ results.
RT @chimpvc: Imagine we are able to reduce atmospheric CO2 via mimicking photosynthesis, a natural process, sped up by a novel catalyst. Th…
Imagine we are able to reduce atmospheric CO2 via mimicking photosynthesis, a natural process, sped up by a novel catalyst. Then imagine we rapidly scale this process and the Earth atmosphere becomes CO2 deficient within 20 years, risking an Ice Age. Malth
Feb 27, 2019... facilitates the electrochemical reduction of CO2 to layered solid carbonaceous species, at a low onset potential of −310 mV vs CO2/C... https://t.co/dTK7Q7nfz9
and only 633 years if we use all non fossil energy (and stop burning fossil fuels from today) currently available (not accounting for growth in energy production).https://t.co/pbBtvdv2p7 https://t.co/NDGYtzCYmy https://t.co/OLC3DbD9aD https://t.co/ChUQPiRw
RT @SteveTAGamer: @PeterDiamandis I remember reading a potentially great solution that was published in @Nature in 2019. If it could be sca…
RT @SteveTAGamer: @PeterDiamandis I remember reading a potentially great solution that was published in @Nature in 2019. If it could be sca…
RT @SteveTAGamer: @PeterDiamandis I remember reading a potentially great solution that was published in @Nature in 2019. If it could be sca…
RT @SteveTAGamer: @PeterDiamandis I remember reading a potentially great solution that was published in @Nature in 2019. If it could be sca…
RT @SteveTAGamer: @PeterDiamandis I remember reading a potentially great solution that was published in @Nature in 2019. If it could be sca…
@PeterDiamandis I remember reading a potentially great solution that was published in @Nature in 2019. If it could be scaled up, this might be up @elonmusk ’s alley. https://t.co/vV2QfEXn2e
@briceperrin @aurelien_veron La différence entre nous est que tu exclus de facto toute solution pour nous sauver. "La techno ne nous sauvera pas.", perso j'en sais juste rien du tout. Je sais pas si d'ici qques années qqu'un va industrialiser cela https:/
Interessante... https://t.co/k5MHXRTObK
The process outlined here uses cerium containing LMs that feature 2D interfacial cerium oxide to enable the room temperature continuous electrocatalytic reduction of CO2 to solid carbon species at a very low onset potential. https://t.co/7QBWR71FNU
Co2 to solid carbon https://t.co/j1iRneUTIp
Friday night reading 😍 https://t.co/6AiKrLytn4
Perhaps my amateurish opinion will help to find the problem of solving CO2 as well as new materials for superconductors for batteries In the study, I was helped by materials taken from open sources (Internet) https://t.co/9yJGSj0aBf and https://t.co/j9lio
@elonmusk Looking for this? https://t.co/ztT6fGVkqM Anything can be made smaller or bigger!
@elonmusk I am only 18y.o. programmer but... The gas centrifuge, galinstan and cerium - the best solution for this problem imao. https://t.co/2rbAZ3AWXP + modified centrifuge could solve this problem theoretically. I can try to describe it better if you wa
@elonmusk Link to paper in Nature. https://t.co/kXvsJNVzNy
@elonmusk @Erdayastronaut You need a lot of Gallium https://t.co/0us7JaIn3N
@elonmusk @Erdayastronaut Ola bro, check this one: https://t.co/HHa8F9MCL9 It's cheap, it turns CO2 back into coal - can serve as supercapacitor... and, as a bonus perk, it also produces synthetic fuel.
RT @bataille_chris: Interesting thread on catalytically separating carbon from CO2 as a negative emission tech; “However, the energy cost i…
ZANIMLJIVOSTI MOLEKULARNE 2019: Naučnici su demonstrirali metod korišćenja tečnih metala kao katalizatora da bi se gas ugljen-dioksid preveo nazad u ugalj i time ponudili novi potencijalni način skladištenja ugljenika u čvrstom obliku. https://t.co/mQ48IHM
RT @GoGreenStudents: Lowering the room temperature saves CO2 emissions and money. Keep your room below 20 degrees Celsius and save around 2…
Lowering the room temperature saves CO2 emissions and money. Keep your room below 20 degrees Celsius and save around 200 kg of CO2 emissions annually. Sources: https://t.co/yhAAzc0Qqm https://t.co/P3zA9s4PM1
Room temperature CO2 reduction to solid carbon species on liquid metals featuring atomically thin ceria interfaces https://t.co/JlcmlGB3lQ
Probably it's def too expensive, probably is cheaper to bring materials via rockets today...but it could become viable someday. Haha...some random thoughts 🤣 https://t.co/OrMDhtRghW
@robheus @EU_Commission We already have tech, for more than a while now, we can capture CO2 cheaply at room temperature https://t.co/HHa8F9MCL9, or, since u r interested in biomass, use Escherichia coli to eat it. https://t.co/CcfKSWdFnL
@awtar907 تم استخدام أكسيد السيريوم كمحفز وجزيئات السيريوم النانوية يمكن قراءة الورقة البحثية من هنا https://t.co/y6kMxltckW
@ecb 2.7+ trillion euros created… you could have had bought the moon, turned all CO2 back to coal and bury it underground for another cycle https://t.co/HHa8F9MCL9, or build starships to take you into secluded space to ponder it all.
RT @NatureComms: Room temperature CO2 reduction to solid carbon species on liquid metals featuring atomically thin ceria interfaces https:/…
Verlinkt auf https://t.co/0HOtnBwCy8 und dieser auf das paper https://t.co/ePvzzpIuqm bei @nature (#Recherche, #science)
I fully acknowledge that global warming is real but I also fully acknowledge that there is absolutely nothing to worry about. Look into MIT's fusion research if you need some comfort. Also, Cesium is a really cool catalyst... https://t.co/EQKaikgZJs https:
RT @ChemistryNews: Room temperature CO2 reduction to solid carbon species on liquid metals featuring atomically thin ceria interfaces https…
This sounds promising. Hope the role out of the technology isn't slowed down by people thinking only of maximising profits. https://t.co/rDIJrLKoKw
RT @theochino: @mmilesgoodrich We need to replant the whole world, pay Brazil and other not to deforest more. And develop solutions like t…
@mmilesgoodrich We need to replant the whole world, pay Brazil and other not to deforest more. And develop solutions like this TODAY. https://t.co/miEJSQN6ak
@PierreCol @gchampeau https://t.co/9RBKSZuihg Concernant le CO2, faut toujours garder une lueur d'espoir.
RT @altNOAA: Earlier this year, a team in Australia published a paper in Nature Comms on converting CO2 back into coal at room temperature…
RT @altNOAA: Earlier this year, a team in Australia published a paper in Nature Comms on converting CO2 back into coal at room temperature…
Earlier this year, a team in Australia published a paper in Nature Comms on converting CO2 back into coal at room temperature using a Cerium as a catalyst. Cerium is considered a rare-earth metal, but it’s quite common in the environment. #ClimateChange
@SturmLLiouville @mtobis @stevedenning if possible do it at a scale that makes an immediate difference. If we can turn it back into inert coal and rebury it, then we have a potential solution .https://t.co/LZ5B5Cm5r0 . The scale is still large. That is t
@mtobis @stevedenning This might help for CO2 sequestration and storage. rebury it as coal or make low hills and turn them into parks. https://t.co/LZ5B5Cm5r0
RT @shasnie: Turning carbon dioxide back into solid coal (https://t.co/v3I1vhBqBK) https://t.co/pqmDlu55Mk
Turning carbon dioxide back into solid coal (https://t.co/v3I1vhBqBK) https://t.co/pqmDlu55Mk
Nature (Feb): Room temperature CO₂ reduction to solid carbon species on liquid metals featuring atomically thin ceria interfaces https://t.co/Hpwj5GQViY Method developed to turn CO₂ into coal-like substance
Wonder if relevant for improving indoor air quality too
@zjosdekker @elonmusk "Don't be cruel to a heart that's true" https://t.co/W2vLmptEsU
RT @NatureComms: Room temperature CO2 reduction to solid carbon species on liquid metals featuring atomically thin ceria interfaces https:/…
RT @NatureComms: Room temperature CO2 reduction to solid carbon species on liquid metals featuring atomically thin ceria interfaces https:/…
CO2 back into coal, in what appears to be an efficient, scalable process! Thanks to @csmonitor https://t.co/ylCLMD0RBq
Room temperature CO2 reduction to solid carbon species on liquid metals featuring atomically thin ceria interfaces https://t.co/EEymfkM47F Read a featured paper from this month's energy materials #EditorsHighlights from @NatureComms. https://t.co/308f0cSw
@OurCoopPower @Independent Be careful. It wasn't coal. It was "layered soild carbonaceoes species". Check the energy consumed from raw materials to this result and the dangers of caesium. Cs is liquid at 83.3F needing heat to be in liquid state as required
The gaseous state of #CO2 does render the indefinite storage of this #GreenhouseGas challenging.We created a liquid metal electrocatalyst that contains metallic elemental cerium nanoparticles,which facilitates the electrochemical reduction of CO2 https://t
Researchers at @RMIT have used liquid metals to turn CO2 back into solid coal, in a world-first breakthrough that could transform our approach to carbon capture. The study is published in Nature Communications. https://t.co/nxsQ2nV1k7 #coal #CO2 #FossilFue
@Timeo_Danaos On dirait que oui, c'est une catalyse qui crée des cristaux solides qui flottent sur un métal liquide. Maintenant, est-ce que ça passe à l'échelle ? Le lien vers la publication originale. https://t.co/DNoRcM9Elq
How to turn CO2 into coal. https://t.co/M2hWOZp2zs
@tomooda https://t.co/y3WRH1wIBu https://t.co/2BMFlQ24yx これのことなのかと思ったり。
@SarasvuoJari @loukomies Tässä hieno juttu hiilidioksidin vähentämiseksi ilmakehästä teknologian keinoin huoneenlämpötilassa. Lupaavaa teknologiaa kehitellään. Toivoa siis on. https://t.co/FAzt9O3j9B
@Noahpinion I dunno what ferda is! I don't know why I'm yelling! I also confused cesium with cerium! https://t.co/3m4RMFS0j5
RT @katemoran: New research may have unveiled an option for sequestering carbon dioxide at room temperature and with low power..”this liqui…
‘Researchers in Australia have developed a method that can convert carbon dioxide emissions from fossil fuels back into something not very different from coal.’
"Room temperature CO2 reduction to solid carbon species on liquid metals featuring atomically thin ceria interfaces" https://t.co/Cx8knb1yd4
RT @alice_howie36: From coal to carbon and back to coal. Discover how scientists are rewinding the emissions clock and shining a new light…
💚chemistry
Hoy nos hacemos eco de este trabajo de @RMIT publicado en @NatureComms ... ¡Conversión de CO2 en carbón sólido! #co2capture #emissions https://t.co/3uIOkEhB9w
From coal to carbon and back to coal. Discover how scientists are rewinding the emissions clock and shining a new light on co2 capture technologies, hopefully ideas like this become a reality and help mitigate warming effects https://t.co/CUO13J5jlD #scie
RT @SasjaBeslik: Can you turn CO2 into coal? Our sustainable traveller @KennethLaugaard recently met with the scientists from @RMIT who has…
RT @EqHuellaCmontes: Atención a esta noticia!!!. Habrá que seguirla de cerca. Han conseguido fijar CO2 atmosférico y convertirlo en carbón…
RT @SasjaBeslik: Can you turn CO2 into coal? Our sustainable traveller @KennethLaugaard recently met with the scientists from @RMIT who has…
@sashanimmo You may find this interview on carbon capture of interest. Seems there is a way to turn CO2 into... powdered coal? https://t.co/4RTkCQevXN https://t.co/WTD7WlAKg0
RT @EqHuellaCmontes: Atención a esta noticia!!!. Habrá que seguirla de cerca. Han conseguido fijar CO2 atmosférico y convertirlo en carbón…
RT @NeurozoInnovat1: Human being should think more about the possibility to take advantage of carbon dioxide: #sustainability #SDGs #sustai…
RT @NeurozoInnovat1: Human being should think more about the possibility to take advantage of carbon dioxide: #sustainability #SDGs #sustai…
RT @NeurozoInnovat1: Human being should think more about the possibility to take advantage of carbon dioxide: #sustainability #SDGs #sustai…
Human being should think more about the possibility to take advantage of carbon dioxide: #sustainability #SDGs #sustainable #renewable #environment #ecofriendly #energy #ClimateChange #ClimateAction #science #innovation #technology
RT @SasjaBeslik: Can you turn CO2 into coal? Our sustainable traveller @KennethLaugaard recently met with the scientists from @RMIT who has…
RT @SasjaBeslik: Can you turn CO2 into coal? Our sustainable traveller @KennethLaugaard recently met with the scientists from @RMIT who has…
RT @SasjaBeslik: Can you turn CO2 into coal? Our sustainable traveller @KennethLaugaard recently met with the scientists from @RMIT who has…
Park dulu
RT @SasjaBeslik: Can you turn CO2 into coal? Our sustainable traveller @KennethLaugaard recently met with the scientists from @RMIT who has…
RT @SasjaBeslik: Can you turn CO2 into coal? Our sustainable traveller @KennethLaugaard recently met with the scientists from @RMIT who has…
RT @SasjaBeslik: Can you turn CO2 into coal? Our sustainable traveller @KennethLaugaard recently met with the scientists from @RMIT who has…
RT @SasjaBeslik: Can you turn CO2 into coal? Our sustainable traveller @KennethLaugaard recently met with the scientists from @RMIT who has…
RT @SasjaBeslik: Can you turn CO2 into coal? Our sustainable traveller @KennethLaugaard recently met with the scientists from @RMIT who has…