🎪 Green Groups Now Battle Carbon Capture Projects Despite CO2 Reduction Potential

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#News #Politics #Government #MGreenGroups #CO2 #CO2Capture #CarbonCapture #Woke @highlight @followers @everyone

🌍 Today we welcome Rita, visiting PhD student from the University of Turin. Originally from Naples, she works on MOF‑based materials for direct air CO₂ capture, combining chemistry, tech feasibility and climate impact. Excited to have her with us!

#ClimateResearch #MOFs #CO2capture

Manipulating Terminal Iron-Hydroxide Nucleophilicity through Redox We report changes in the reactivity profile of a high-spin, terminal ferrous hydroxo complex (EmL)Fe(OH) as a function of oxidation states (i.e., FeII/FeIII). The terminal, high-spin Fe–OH adducts wer...

🎉Congrats to Jeewhan from Betley group #HarvardCCB 🔬In the ferrous state, (EmL)Fe(OH) shows nucleophilic reactivity toward carbon-based electrophiles, including reversible #CO2capture characterized by #SCXRD 😀
doi.org/10.1021/jacs...
@jacs.acspublications.org #crystallography #education

Exciting advancements! 🌍💚 It's inspiring to see innovative research like this making strides in sustainable tech. Every step counts in the fight against climate change!

#CO2Capture #InnovateForChange

Incredible progress! 🌱 Research like this shows the potential of innovative materials in tackling climate challenges. Together, we can make a sustainable future bright! ✨

#CO2Capture #Innovation

📢Researchers in CO2 capture tech—Horizon Europe is funding RIA's to develop lower-cost, scalable capture solutions for point sources or direct air capture.
📅17 Feb 2026
🔗 rxn.mbp-rnc.com/25aep?utm_so...
🏷️Know a team working on CO2 capture? Tag them
#CallForProposals #ResearchFunding #CO2Capture

UC Berkeley Professor Among 2025 Nobel Prize Winners In Chemistry - IndiaWest News UC Berkeley Professor Among 2025 Nobel Prize Winners In Chemistry.

UC Berkeley Professor Among 2025 Nobel Prize Winners In Chemistry

Full Story: indiawest.com/uc-berkeley-...

#OmarYaghi #NobelPrize2025 #MetalOrganicFrameworks #ReticularChemistry #CO2Capture #WaterHarvesting #CleanEnergy #EnvironmentalInnovation #UChemistry #BerkeleyResearch #ClimateSolutions

MOFs are key in the fight against climate change, selectively grabbing CO2 from the air! 💨➡️☁️ This Nobel recognition highlights their critical role & HUGE versatility. 💯 #CO2Capture #EnvironmentalScience

#ClimateChange #Sustainability #CO2Capture

New Process Turns Coffee and Plastic Waste into CO₂‑Capturing Carbon

University of Sharjah's patented process (filed March 2025) mixes coffee grounds, PET plastic and KOH, co‑pyrolyzing at ~600 °C to make low‑cost activated carbon that captures CO₂. getnews.me/new-process-turns-coffee... #activatedcarbon #co2capture

Transforming plastic waste into an efficient CO2 capturing material Upcycled amide can efficiently capture carbon dioxide from flue gases, as well as air

Transforming plastic waste into an efficient CO2 capturing material #Science #Chemistry #EnvironmentalChemistry #PlasticWaste #CO2Capture #SustainableMaterials

The more unlivable the planet becomes, the more disgraceful the billionaire’s legacy will be.

The Billionaire’s Carbon Pollution Benefit
#CO2Capture #CarbonCapture #CO2Removal #CarbonRemoval #DirectAirCapture #ClimateTech

Existing natural gas or hydrogen pipelines could be adapted to carry CO2 and reduce the need to build new network capacity.
#Germany #ClimateAction #RenewableEnergy #GeothermalEnergy #CO2Capture #CarbonStorage #NetZero #Sustainability #EnergyTransition #GreenEnergy #CleanTech #Decarbonisation

Old solar panels help turn power plant CO2 into valuable chemicals Chemists in Japan have found a way to turn old solar panels and CO2 emissions into valuable chemicals like formic acid and formamide.

#Solar #CO2Capture #Reuse

Using used/broken solar panels to capture CO2 *directly* from plant exhaust. Low energy/temp requirements enhance utility

interestingengineering.com/energy/solar-panels-turn...

AI pinpoints promising materials that capture only CO₂ from air In order to help prevent the climate crisis, actively reducing already-emitted CO₂ is essential. Accordingly, direct air capture (DAC)—a technology that directly extracts only CO₂ from the air—is gain...

AI pinpoints promising materials that capture only CO₂ from air

phys.org/news/2025-06...

#AI #CO2 #CO2Capture #CleanAir #ClimateCrisis #DAC #MLFF #MOF

Le MIT dévoile une cellule au sodium qui alimente les avions, capte le carbone et pulvérise les limites actuelles - Enviro2B EN BREF ⚡ La nouvelle pile à combustible sodium-air du MIT offre une densité énergétique trois fois supérieure à celle des batteries lithium-ion actuelles. 🌍 Elle ne produit aucune émission de dioxyde...

Phare : cellule sodium‑air du MIT triple l’énergie utile, capte le CO₂ et promet l’aviation électrique zéro‑émission ✈️ MIT
www.enviro2b.com/2025/07/01/l...
#aviation #énergie #science
#sodiumair #fuelcell #CO2capture
#Phasa35 #MITfuelcell #vollongueendurance #carbonneutral

#CO2Capture #MOFs #GasSeparation #TAMOF1 #CleanEnergy #CarbonManagement #SustainableChemistry

🗣️ Silva Domingos 👉 "Combustion of Swine Manure for #Bioenergy Production with #CO2Capture via #ChemicalLooping with Oxygen Uncoupling (#CLOU) Technology"

🧵 Continúa

Connecting with industry leaders at the #WKO event in South Korea! PolyTeam is showcasing #PolyCarbonisation, a groundbreaking technology for building CO2 storage and reduction plants. What makes it special? It actively addresses 12 out of the 17 #ESG goals. #CO2Capture #SustainableBusiness

📢 Excited to present my poster at the #MOFschool2025-Poster!
Ceramic Digital Light Processing is combined with MOFs to realize a hierarchically porous CO₂ capturing system.
Looking forward to insightful discussions!

#MOFsSchool2025 #CO2Capture #HKUST-1 #DLP #hierarchicalporosity

Heidelberg Materials sets ambitious profit and sustainability targets for 2030 Investing.com -- Heidelberg (ETR:HDDG) Materials AG (HEIG.DE) is aiming for an annual operating profit growth of 7-10% through 2030, it announced during a Capital Market Day (CMD) and site visit to the Brevik CCS project, the world’s first CO2-capture facility in the cement industry. The German-based group has set out a new set of mid-term targets for 2030. These include achieving an operating profit growth of 7-10% per annum, compared to the Holcim (SIX:HOLN) Remain Company’s 6-10%. The group is also targeting a return on invested capital (ROIC) of around 12%, an increase from the Strategy 2025 target of 10%. Heidelberg Materials AG has also announced its sustainability goals for 2030. It aims to reduce specific net CO2 emissions to less than 400 kg per ton of cementitious material, a target that remains unchanged and is considered the most ambitious in the sector. As of 2024, the emissions stand at 527 kg per ton. The company plans to generate over 50% of its revenue from sustainable products, a goal that remains unchanged from 2024, when the share stood at 43.3%. It also plans to reduce the clinker incorporation factor to 64%, an upgrade from the previous target of 68%. The 2024 figure for this factor was 69.2%. Heidelberg also aims to increase the alternative fuel rate to over 50%, an upgrade from the previous target of 45%. As of 2024, the alternative fuel rate was 31.2%. Citi, the multinational investment bank, has commented on Heidelberg’s targets, stating, "Overall we think these targets are feasibly achievable and there could be further upside to the target based on our current estimates." This article was generated with the support of AI and reviewed by an editor. For more information see our T&C.

Click Subscribe #HeidelbergMaterials #Sustainability #ProfitGrowth #CO2Capture #IndustrialInnovation

Meinung: Climeworks: CO2-Entfernungstechnik DAC in der Vertrauenskrise In Island stehen die größten Anlagen, die CO₂ wieder aus der Luft holen. Doch laut einem Bericht stößt der Betrieb netto noch immer Treibhausgase aus. Die Skepsis gegenüber der Technik wächst.

Magisches und magiegläubiges Denken in der Technik bleibt auch dann magisches Denken und Magieglauben, wenn Leute aus dem Techniksektor und aus der Politik dran glauben.
So ist das beim Glauben: www.spiegel.de/wissenschaft...
#dac #co2abscheidung #co2capture

A team from Berkeley Lab and global partners has created a small artificial leaf that can turn carbon dioxide into fuel using just sunlight.

#ArtificialLeaf #CleanEnergy #SolarFuel #CO2Capture #GreenTech #CarbonConversion #FutureEnergy

Scientists Develop Artificial Leaf That Uses Sunlight to Produce Valuable Chemicals Researchers built a device made of perovskite and copper that mimics a green leaf.

#futuretech #CO2capture

Illustration taken from the open access article showing Figure 1. Schematic illustrating the cyclic operation of a DFM for CO2 capture and conversion to methane and syngas.

🌍 Check out this open access article from PRGE: "Taking dual function materials (DFM) from the laboratory to industrial applications".

Explore how #DFMs can revolutionise #CO2Capture and conversion, enhancing yields and lowering costs in #Energy.

🌟Read it here: iopscience.iop.org/article/10.1...

1PointFive Win First EPA Permit for World's Largest Carbon Capture Plant.

#1PointFive #OXYStock #OXY #OXYNews #OXYStockNews #OccidentalPetroleum #OccidentalPetroleumStock #OccidentalPetroleumNews #OccidentalPetroleumStockNews #CO2Capture #CarbonCapture #DAC #DirectAirCapture
$OXY

🌱 How can biochar help capture CO₂?
Liwei Wang et al. from Shanghai Jiao Tong University use a dual-salt template to develop a core-membrane structured mesoporous biochar, achieving a high CO₂ sorption capacity of 3.35 mmol/g at 70°C! 🌍♻️#CO2Capture #CarbonNeutrality
🔗 Read more: rdcu.be/eccdh

Illustration taken from the open access article showing Figure 1. Schematic illustrating the cyclic operation of a DFM for CO2 capture and conversion to methane and syngas.

🌍 Check out this open access article from Progress in Energy: 'Taking dual function materials (DFM) from the laboratory to industrial applications'.

Explore how DFMs can revolutionise CO2 capture and conversion, enhancing yields and lowering costs. 🌟

Read here: ow.ly/a5LB50UVrfX 🧪⚛️

#CO2capture

7/ 🏭 Industry fuels transition is key. Coal is eliminated, switches to e-hydrogen & bio-CO2. Point-source capture is less costly than DAC & supplies 14.3 MtCO2 largely from pulp & paper and biomass for e-fuels & e-chemicals #IndustrialTransition #CO2Capture