@CharitheaCh

CDR Technical Lead @RockyMtnInst | Carbon Removals, Direct Air Capture, Electrochemical-based CDR • personal views •

 Cyprus
rmi.org
Joined January 2013
  • Tweets214
  • Following384
  • Followers222
13Media
Yesterday it was a big day for #CDR #DAC and for my team at RMI! We’ve been awarded with $3M from @ENERGY for a feasibility study of a DAC Hub in the Pacific Northwest! Powered by electricity, our #DAChub combines DAC technologies with CO2 mineralisation and carbon management.
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Heriot-Watt RCCS@HWU_RCCS4 Sep 2024
🔬 Job Alert: Post-Doctoral Researcher in Numerical Modelling for Direct Air Capture (#DAC)Technologies to reduce DAC’s energy intensity & cost, accelerating #climatechange solutions. Duration: 12 months (ext. possible) visit here: t.ly/m00nf @HeriotWattUni
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Susana Garcia@sgarclopez17 Jul 2024
📢Starting with a DFT calculation on a MOF, and years of work with an incredible team, we can now predict how much #CO2 this MOF can capture over a plant’s lifetime and at what net cost. Excited to share our findings in @Nature nature.com/articles/s41586-0… @HWU_RCCS @HeriotWattUni

A holistic platform for accelerating sorbent-based carbon capture

Nature - A framework that integrates materials, process design, techno-economics and life-cycle assessment can be used to accelerate the development of carbon-capture technology as we aim for a...

nature.com
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Berend Smit@SmitBerend17 Jul 2024
Excited about our just-out Nature article! 🌟 A standout: a machine learning study where we used net-carbon avoidance cost to identify top-performing materials. Started with 20, #MachineLearning added 135 more, boosting commercialization chances! doi.org/10.1038/s41586-024-0…
The PrISMa platform to evaluate MOFs for carbon capture.

ALT The PrISMa platform to evaluate MOFs for carbon capture.

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Charithea Charalambous retweeted
marble
@MarbleClimate13 Sep 2023
Chemical Engineers and Electrochemists will save the world.
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Phil Renforth@phil_renforth7 Sep 2023
I'm delighted to share Measurements in Geochemical CDR, a document that brings together the range of analytical techniques in the field. Free from here doi.org/10.17861/2GE7-RE08 @bastianinilaura @Liam_Geochem @VeronicaFurey @GeoloJess_ @olivia_hawrot @WillKnapp18 @_sashawilson_
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HWUNews@HWUNews5 Sep 2023
🌍Engineers at Heriot-Watt have published a roadmap to 2050 for achieving scalable, safe and low cost Direct Air Capture and Storage, with non-profit organisation RMI. Read more: tinyurl.com/5wpww4un #SustainableHWU #NetZero #aircapture @sgarclopez @HWU_RCCS @RockyMtnInst
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Charithea Charalambous retweeted
RMI@RockyMtnInst6 Sep 2023
Direct Air Capture is emerging as a scalable, controllable, durable & verifiable carbon dioxide removal solution. 👏 But how do we address DAC's key technical challenges so it's ready to scale when needed to help achieve 2050 climate goals? 🤔pubs.rsc.org/en/content/arti…

A roadmap for achieving scalable, safe, and low-cost direct air carbon capture and storage†

Direct air carbon capture and storage (DACCS) involves a set of approaches for capturing CO2 directly from the air and its subsequent long-term storage. DA

pubs.rsc.org
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Susana Garcia@sgarclopez5 Sep 2023
Interested in the actions we need to take to scale-up #DAC? Don’t miss our roadmap, published today @RSC_Energy #EESJournal Amazing collaboration with our colleagues @RockyMtnInst ! @HWU_RCCS @HeriotWattUni leading #NetZero efforts! @f_mcil @CharitheaCh @MijndertS
Charithea Charalambous@CharitheaCh5 Sep 2023
Our #DACCS roadmap to 2050 is now in @RSC_Energy #EESJournal This is a decisive decade for #DAC! If you want to learn about the actions needed for scalable, safe and low-cost implementation, have a look at our paper here: tinyurl.com/ycxj5x9r @RMI_Industries @HWU_RCCS
DACCS roadmap to gigaton scale by 2050. We list all priority initiatives across 5 main areas: (i) materials, (ii) process design, (iii) equipment, (iv) system integration, and (v) infrastructure. Expected investment costs, main actors across industry, academia and government, respectively, and critical activities in a short, medium and long term are assigned for every priority initiative.

ALT DACCS roadmap to gigaton scale by 2050. We list all priority initiatives across 5 main areas: (i) materials, (ii) process design, (iii) equipment, (iv) system integration, and (v) infrastructure. Expected investment costs, main actors across industry, academia and government, respectively, and critical activities in a short, medium and long term are assigned for every priority initiative.

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Our #DACCS roadmap to 2050 is now in @RSC_Energy #EESJournal This is a decisive decade for #DAC! If you want to learn about the actions needed for scalable, safe and low-cost implementation, have a look at our paper here: tinyurl.com/ycxj5x9r @RMI_Industries @HWU_RCCS
DACCS roadmap to gigaton scale by 2050. We list all priority initiatives across 5 main areas: (i) materials, (ii) process design, (iii) equipment, (iv) system integration, and (v) infrastructure. Expected investment costs, main actors across industry, academia and government, respectively, and critical activities in a short, medium and long term are assigned for every priority initiative.

ALT DACCS roadmap to gigaton scale by 2050. We list all priority initiatives across 5 main areas: (i) materials, (ii) process design, (iii) equipment, (iv) system integration, and (v) infrastructure. Expected investment costs, main actors across industry, academia and government, respectively, and critical activities in a short, medium and long term are assigned for every priority initiative.

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4/5: Our work classifies DAC solutions into 11 distinct technologies and compares their energy and cost requirements, underpinning main challenges and priority initiatives to be tackled this decade.
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5/5: Our DAC roadmap frames the 2020s as the decisive decade for DAC. It underscores that DAC will only be available at the scale needed if significant progress is made on RD&D during this decade.
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Breakthrough Energy
@Breakthrough11 Aug 2023
We’re thrilled to see @ENERGY’s first round of Direct Air Capture (DAC) hubs awards – a historic investment that will accelerate the development of critical carbon removal technologies and generate more jobs across the U.S. nt-z.ro/3ORalOr
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With @CarbFix @heirloomcarbon @sustaera @twelve_co2 @FluorCorp and many more! We @RMI_Industries are very excited to start working with you all!
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Charithea Charalambous retweeted
Carbfix@CarbFix11 Aug 2023
Carbfix Expands from Iceland to the US! 🇮🇸🇺🇸 We are thrilled to announce that, in collaboration with a diverse consortium led by @RockyMtnInst, @Pacific, and other esteemed partners, Carbfix has secured $3 million from the U.S. @ENERGY! lnkd.in/evEMNV-7
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Jason Hochman@jasonclimateguy25 Jul 2023
Gold mine of carbon removal data here per @alliedcrowds • Database of over 500 CDR companies • Mapping of 543 projects by geography • Projects and prices by methodology • Rankings of leading universities active in CDR research alliedoffsets.com/cdr-data/
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Jason Hochman@jasonclimateguy13 Jul 2023
New DAC cost study finds: •Cost can fall to $100–600/ton
•Coupling DACS to intermittent renewables typically not favorable for low costs
•Geoeconomic parameters have notable influence on cost
•Investment grants best used to support small projects sciencedirect.com/science/ar…
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