📰 Here's your round-up of top #CarbonDioxideRemoval News / Developments from this week (07 April - 13 April 2025):
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🧵0/21
CO280 signed a landmark 3.69 million tonne agreement with Microsoft over 12 years to scale-up carbon dioxide removal in the us pulp and paper industry.
Occidental and its subsidiary 1PointFive have secured the first-ever Class VI permits issued by the U.S. Environmental Protection Agency for sequestering CO2 from direct air capture operations.
XFuel, a producer of high-grade sustainable drop-in fuels & CDR for the transport sector, has secured €7.7 million in blended finance from the European Innovation Council, helping it bring its fuel-from-waste technology to transport markets.
Orbital Materials and Civo have partnered to pilot Orbital’s carbon removal tech at Civo’s data center, supporting the development of new decarbonization and efficiency solutions for data centers.
Verde Resources earned the first-ever Biochar Carbon Removal Credits from asphalt use—installing 110 tons of cold mix asphalt with 5 tons of biochar, verified by Puro.earth for 8 tons of CO₂ removal. prnewswire.com/news-releases/…
5/21
Climate action platform Patch has signed a multi-million dollar deal with carbon removal developer Varaha to channel investments into durable CO2 removal solutions in Asia.
Green Carbon, Inc., in collaboration with The Varhad Group and Nature Base Consulting, Inc., has initiated a biochar project in India, targeting a production of approximately 110,000 tons of CDR credits per plant over 15 years.
EcoVadis has purchased carbon removal credits from Euthenia via @gosupercritical to support its climate goals—using olive waste in Spain to boost carbon sequestration and soil health while preparing for growing CDR demand.
Climate Asset Management bought 68,000 acres of timberland in Washington for its first U.S. forestry project, aiming to remove 1M+ tons of CO₂ over 10 years using climate-smart practices.
U.S.-based CDR developer 1PointFive signed a 25-year deal with ammonia producer CF Industries to sequester 2.3M tonnes of CO₂ annually from CF’s upcoming Blue Point low-carbon ammonia plant in Louisiana.
Amsterdam-based Skytree, a climate tech company specialising in carbon utilisation and removal solutions, has secured investment from Division Q, Koppert Cress’ innovation arm.
Farmblox and Eion Carbon partnered to deploy real-time carbon tracking on 10,000+ acres of farmland in Virginia, using soil sensors to monitor Enhanced Rock Weathering and improve carbon sequestration tracking.
Alcom launched the Philippines' first biochar and bio-oil CHP facility in Mindoro, converting rice waste into energy and carbon products, aiming to sequester over 1 million metric tons of CO₂ and boost green jobs under a $45M program.
Andriaki partnered with Arbor Day Carbon to plant 1 million native trees in the Mississippi Alluvial Valley, restoring degraded farmland and generating verified carbon removal credits.
The @openaircollect announced 5 finalists for the 2025 Carbon Removal Challenge, a global student competition for innovative CDR solutions. Finalists include teams from Stanford/Berkeley/Purdue, Michigan, Western, Waterloo, and EPFL.
Riverse has launched a public consultation on its new Enhanced Rock Weathering methodology, inviting feedback from stakeholders to ensure scientific rigor and practical applicability. The consultation is open until May 5, 2025.
A recent survey by nature-based CDR developer Arbonics highlighted that while European landowners show strong interest in afforestation for carbon removal, they need better support and incentives to participate effectively in such initiatives.
The new SWP report urges the EU and Germany to adopt short-term policies to scale industrial carbon dioxide removal, emphasizing incentives like tax credits to attract investment and bridge the gap to long-term climate goals.
A new @Carbon_Direct white paper critiques the use of inertinite benchmarks to assess biochar's carbon permanence, highlighting key scientific flaws and advocating for conservative, evidence-based crediting methods.
The International Air Transport Association (IATA) released a CDR Technologies Facts document, which provides an overview of some of the current and emerging CDR technologies available.
A new study tested NaOH, olivine, and steel slag for OAE in the Equatorial Pacific. NaOH had little plankton impact; olivine disrupted key microbes; steel slag altered communities but boosted growth and alkalinity.
🚨A new study from China introduced a groundbreaking system that couples liquid-based direct air capture (L-DAC) with diabatic compressed air energy storage (D-CAES). This integration captures CO₂ & stores energy at competitive costs—$0.53/kWh & $259/tCO₂. #DAC
DETAILS🧵1/8
2/ Led by researchers at East China University of Science & Technology and Tongji University, the system innovatively combines solvent-based CO₂ capture for both atmospheric and point-source emissions with energy storage.
3/ In the L-DAC component, ambient air is brought into contact with a sprayed alkaline solution.
This reaction converts CO₂ into a carbonate solution that precipitates as solid carbonates—capturing roughly 1 Mt of CO₂ and delivering 1.48 Mt dry CO₂ annually.
🚨A recent study shows that bottom trawling & dredging not only harm marine ecosystems but also reduce the ocean's capacity to sequester CO₂. By disturbing the seafloor, these activities release an extra 2-8MtCO₂/yr, threatening the progress of current #CDR efforts.🧵1/10
2/ The seafloor contributes to 40% of the ocean’s alkalinity, which plays a key role in the ocean’s capacity to sequester atmospheric CO₂. However, human activities like mobile bottom-contact fishing (e.g., trawling) and dredging are disturbing this natural carbon sink.
3/ Model simulations of this study revealed:
Bottom trawling alone reduces alkalinity production by around 130 [55–220] Gequiv/yr, while dredging contributes an additional 1.5 [0.8–2.7] Gequiv/yr. Combined, these activities lead to a net loss of 130 [56–220] Gequiv/yr.
📰 Here's your round-up of top #CarbonDioxideRemoval News / Developments from this week (31 March - 06 April 2025):
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🧵0/21
Frontier signed $31.6M offtake with Hafslund Celsio to remove 100,000 tons of CO₂ (2029–2030)—via the first-ever carbon removal retrofit of a waste-to-energy plant at Celsio’s Oslo facility.
🚨 @UKRI_News & @NERCscience is investing £10 million in four NEW research projects, launching this month as part of a 5-year programme—Modelling Environmental Responses to Solar Radiation Management (#SRM)—to assess the risks, limitations & trade-offs of SRM.
DETAILS:🧵1/8
2/ Project 1: Holistic Risk Assessment of SRM
Led by @imperialcollege, @BristolUni, @UniversityLeeds & @UniofExeter
The team will develop a new framework combining Earth system modelling with social & political analysis to better assess risks & trade-offs of SRM—especially #SAI
3/ Project 2:Marine CLOUD Brightening
Led by Uni of Exeter, Leeds, Reading, Manchester & Oxford
MACLOUD will model how spraying sea salt to brighten marine clouds could influence weather patterns, climate & ecosystems—looking closely at how cloud behavior changes at diff scales