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Amazon Expands Carbon Credit Service to UK Companies for First Time Outside the United States Read More: onestopesg.com/esg-news/amaz… #amazon #carbonmarkets #voluntarycarbonmarket #netzero #carboncredits #sustainabilityexchange #directaircapture
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Deep Sky Signs Ten-Year Direct Air Capture Agreement with TD Bank for Over 18,000 Canadian Carbon Removal Credits Read More: onestopesg.com/esg-news/deep… #deepsky #tdbank #directaircapture #carbonremoval #canada #netzero #cdr #climatetech
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Climeworks Solutions Signs 10-Year Carbon Removal Agreement with TD Bank Spanning Multiple North American Pathways Read More: onestopesg.com/esg-news/clim… #climeworks #tdbank #carbonremoval #directaircapture #netzero #beccs #carbonmarkets
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Enjoy photos from the #retirement #celebration for @ASUEngineering Emeritus Professor Klaus Lackner, founding director of @ASU_CNCE and pioneer of #DirectAirCapture. More at flic.kr/s/aHBqjCTcVc 🍃 #ASUEngineering #Innovation #ASUGlobalFutures #Sustainability #ASUResearch
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RDACH v0.1: Using tuned resonance 3D-printed TPMS gyroids to boost CO₂ capture *and* make the column self-sensing via frequency shifts. Resonance enhances flow. Structure senses state. Chemistry does the capture. Full test protocol poster Hackaday-style writeup → [link to your Hackaday.io project or poster] @hackaday #CO2Capture #DirectAirCapture #Metamaterials #Hackaday
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HCTGS v22 — The Symbiosis Engine.1,500°C to 4°C. Eight industries. One ocean. The same cascade that produces drinking water fabricates AI chips, sinters solid-state batteries, captures CO₂, and farms bluefin tuna — simultaneously, from the same heat, at zero marginal cost. The heat that feeds itself. The brain consumes 20 watts. A single H100 GPU consumes 700 watts. AI's energy problem is not a software problem. It is a physics problem — and it has a physical solution. Cambridge researchers published an HfO₂-based neuromorphic memristor in 2026 that reduces AI energy consumption by 70%. One manufacturing challenge: the deposition process requires 700°C — above standard semiconductor tolerances. Currently generated electrically at significant cost. HCTGS produces 700°C as a cascade byproduct — between Mg combustion at 1,500°C and ORC electricity generation at 350°C. Via ceramic heat exchanger into a clean deposition chamber. Zero marginal cost. And when fabrication is complete, the same HCTGS system provides 4–6°C deep water for SWAC cooling of the data centres running those chips. One system. Fabrication heat and operational cooling. From the same ocean.But the cascade does not stop at 700°C. 1,500–1,200°C: Solid-state battery sintering — QuantumScape, Toyota, Honda. The ceramic electrolyte manufacturing barrier that is slowing the EV revolution, solved by cascade waste heat. 400–550°C: Green ammonia Haber-Bosch — all three inputs internal: H₂ from HCTGS electrolysis, reaction heat from the cascade, N₂ from air. Zero external procurement. 80–120°C: Direct Air Capture sorbent regeneration. Climeworks cost drops from $383 to $222 per tonne CO₂ when waste heat replaces electrical heating. HCTGS has this heat. It is currently wasted. 4–6°C: Bluefin tuna aquaculture. Premium market. $47B tuna industry. HCTGS deep water is the exact temperature required, already drawn for the cascade. The new v22 tower design: an inverted U. Central ascending vortex shaft — Mg combustion at 1,500°C at the base. Gill openings at the top redirect steam into two lateral descending shafts. Cold air pre-cools. Ceramic wall (Al₂O₃/SiC) contacts cold seawater on the other side. Steam condenses rapidly. The 1,700:1 volume contraction creates a Giffard pressure impulse — first demonstrated in 1858 — that elevates condensate 300–400 metres to the mountain cistern without any pump. And what burns does not disappear. It transforms: 1 tonne Mg → 1.658 t MgO worth €800/t. 1 tonne B → 3.22 t B₂O₃ worth €1,200/t. 1 tonne Al → 1.889 t Al₂O₃ — the exact feedstock for NC-2 ceramic hull coating. Total value from one 1 Mm³/day installation: ~€4.23 billion per year. The heat that feeds itself. #HCTGS #SymbiosisEngine #NeuromorphicChips #SolidStateBattery #DirectAirCapture #GreenAmmonia #Aquaculture #WaterSecurity #CeramicCoating #OpenScience #CambridgeResearch #HeatCascade #IndustrialSymbiosis #MaterialSovereignty #GreenHydrogen #ZeroEmission #OceanInfrastructure linkedin.com/pulse/hctgs-v22… via @LinkedIn
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🎙️ New Net Zero Compare Podcast episode! We speak with Dr. Christian Komor, climate author and Earth systems strategist, about why carbon removal should be treated as climate infrastructure, not a future add-on. This episode explores direct air carbon removal, climate risk, policy, and the infrastructure challenge behind long-term net-zero strategies. 🎧 Listen here: netzerocompare.com/podcasts/… #CarbonRemoval #DirectAirCapture #ClimateTech #NetZero #NetZeroCompare @NetZeroCompare
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Diese Direct Air Capture-Technologie absorbiert CO₂ aus der Luft und wandelt es in einen reinen CO₂-Strom um, während gleichzeitig Wasserstoff hergestellt wird. Was im Labor gut funktioniert hat, muss nun skaliert werden. #DirectAirCapture #Klimaschutz
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Deep Sky and ENGIE Sign Partnership for Up to 15,000 Direct Air Capture Carbon Removal Credits Read More: onestopesg.com/esg-news/deep… #deepsky #engie #directaircapture #carbonremoval #climatetech #netzero #cleanenergy #carboncredits
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According to Stratistics MRC, the Global Direct Air Capture (DAC) Market is expected to reach $17.77 billion by 2034 growing at a CAGR of 61.2% during the forecast period. Read more: strategymrc.com/report/direc… #marketresearch #marketshare #forecast #strategymrc #directaircapture
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In our Carbon Capture report series, Analyst Justine El Amrani-Joutey examines policy progress enabling first-of-a-kind DAC projects and their scale-up. This second report looks at the EU → shorturl.at/L4Q3E #CarbonCapture #DirectAirCapture #Decarbonisation #NetZero
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Where is Direct Air Capture heading? The voluntary carbon market was never the end game. It was the bootloader for compliance markets, where carbon removal becomes a legal requirement, happening in Europe first. 🇪🇺 @SironaTechCDR #DAC #DirectAirCapture
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DAC costs are still $400-600/ton, but three fundamentally different approaches are racing to bring that down: • Climeworks (solid sorbent geothermal) — 36,000 t/yr in Iceland • Occidental/1PointFive (liquid solvent) — building STRATOS for 500,000 t/yr • Heirloom (calcium mineralization) — passive capture, lower energy The DOE target of $100/ton by 2032 is aggressive but grounded in real learning curve math. The bottleneck? Policy (45Q at $180/ton makes projects pencil out), cheap renewables for energy, and better sorbent materials. Every other CDR pathway deploys more tonnes per dollar right now. But if DAC's cost curve follows solar's trajectory, the permanence of geologic storage makes it unbeatable. captaindrawdown.com/posts/ho… #CarbonRemoval #CDR #DirectAirCapture #ClimateAction
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🎙️ 𝗞𝗮𝗸𝗼 𝘇𝗻𝗮𝗻𝗼𝘀𝘁 𝗰̌𝗶𝘀𝘁𝗶 𝘇𝗿𝗮𝗸? Marčevska epizida podkasta 𝗩𝘇𝗲𝘁𝗼 𝗻𝗮 𝘇𝗻𝗮𝗻𝗷𝗲 z 𝗗𝗮𝗻𝗼 𝗠𝗮𝗿𝗶𝗻𝗶𝗰̌, doktorandko na Odseku za katalizo in reakcijsko inženirstvo na 𝗞𝗲𝗺𝗶𝗷𝘀𝗸𝗲𝗺 𝗶𝗻𝘀̌𝘁𝗶𝘁𝘂𝘁𝘂🧪 V pogovoru nam je razložila, kako deluje tehnologija 𝗗𝗶𝗿𝗲𝗰𝘁 𝗔𝗶𝗿 𝗖𝗮𝗽𝘁𝘂𝗿𝗲, kakšen potencial ima pri zmanjševanju emisij in zakaj je pomembna za prehod v bolj trajnostno prihodnost. Dotaknili smo se tudi njene raziskovalne poti ter pomena nagrade 𝗟’𝗢𝗿𝗲́𝗮𝗹–𝗨𝗡𝗘𝗦𝗖𝗢 𝗭𝗮 𝘇̌𝗲𝗻𝘀𝗸𝗲 𝘃 𝘇𝗻𝗮𝗻𝗼𝘀𝘁𝗶, ki jo je prejela letos. ✨👏 🎧 Prisluhnite epizodi ➡ rss.com/podcasts/vzeto-na-zn… #VzetoNaZnanje #DanaMarinič #KemijskiInštitut #Znanost #KemijskoInženirstvo #DirectAirCapture #ŽenskeVZnanosti #NizkoogljičnaDružba #Podkast
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