Carbon Capture & Sensors

• UK offshore wind threatened by a lack of investment
• Researchers develop new carbon storage method using the Black Sea
• Sinking iron into the ocean could improve carbon capture
• Scientists have discovered bacteria that rapidly capture CO2
• Majority of carbon offset projects "likely junk": analysis
• UK issues first carbon capture and storage licences
• 'Repowering' wind turbines for carbon capture
• Construction resumes at $1bn Texan carbon capture facility
• 'Moisture-swing' technique enables energy-efficient carbon capture from air
• UK’s first large-scale coal mine water heating system successfully reduces emissions
• Engineers developing carbon-free hydrogen production system
• Construction of Europe's largest CCS facility is set to commence next year
• BECCS could produce carbon-negative energy
• Occidental to invest billions entering DAC market
• Blue Carbon signs major capture deal with Zimbabwe
• Seaweed farms could act as an effective carbon sink
• Carbon capture's effectiveness is under scrutiny: comment
• Floating 'artificial leaves' that generate clean fuel from sunlight and water
• North Sea CO2 storage will be equivalent to natural gas extracted: report
• US to invest $36m in mCDR research and development
• Offshore CCS poses risks to seabeds and ocean ecosystems
• Manipulating ocean hydrothermal systems for carbon removal
• UK government unveil 'CCUS Vision' for carbon capture market with £20bn investment
• Enhancing seawater's carbon storage using electrochemistry
• Oceans can absorb more carbon than expected: study
• Harbour Energy submit application for 55km CO2 pipeline
• Bernhard Schulte orders first CO2 tanker for Norwegian CCS project
• Petrofac seal agreement for North Sea CO2 storage projects
• EU draft plan emphasises carbon capture to meet emissions targets
• Urgent job creation needed to support UK's growing CCS industry
• UK approves carbon capture at Drax Power Station
• ADNOC acquires stake in UK-based CCS company Storegga
• AI helps increase CO2 capture by 16.7%: study
• Mixed waste sorting more cost-effective than CCS: study
• Bouman and Conoship form ship-based carbon capture partnership
• Introducing magnesium hydroxide into St Ives Bay for carbon capture
• Enhanced weathering utilises 'rock dust' for carbon capture
• Oceanic viruses deployed in the fight against climate change
• Saltend hydrogen and carbon capture plant approved
• EU to establish world's first carbon removal certification scheme
• EverLoNG onboard carbon capture test shows promise
• Combining sunlight and seawater for CO2 removal
• UK approves CO2 pipeline for HyNet North West CCS project
• Ports aren't ready for onboard carbon capture: study
• UK's CCUS strategy unreliable and expensive: comment
• Breadfruit's role in climate solutions and food security: study
• UK advances NZT Power Project with key contracts
• New funding and tax incentives to boost US carbon capture
• EU allocates €30m for carbon removal projects
• Exxon's carbon capture pipeline leak exposes safety gaps
• Researchers explore avenues to enhance ocean carbon capture
• Mitsui to install its first onboard carbon capture system
• World's largest seawater to alternative fuel facility set to open in California
• OSG secures $3m DOE grant for LCO2 transportation vessel design
• Dutch kick-start European attempts at carbon capture
• UK urged to invest £30bn in carbon capture to achieve net zero goals
• Carbon dioxide removal efforts fall short of Paris Agreement goals: study
• enfinium to invest £1.7bn in carbon capture
• Exxon Mobil lobbies to convert oil and gas leases for CCS
• Advancing ocean alkalinity enhancement to combat climate change
• Ships could capture carbon emissions using seawater and limestone: study
• UK to introduce carbon storage levy as CCS industry matures
• Zooplankton could impact ocean-based CO2 removal strategies
• CICE invests $2m in ocean-based carbon dioxide removal projects
• Seabed sediments have been overlooked as a carbon store
• Limited ocean knowledge hinders effective marine CDR: study
• NOAA and DOE partner to advance Marine CDR research
• Grosvenor purchases first carbon credits from the Terraformation mangrove project
• Ocean carbon removal to combat climate change
• Scottish government announces funding for ‘landmark’ North Sea carbon capture project
• Plymouth Marine Laboratory confirms viability of novel carbon removal technique
• DNV updates rules to support clean technologies and improve clarity for ship operators
• North America's first commercial ocean-based CO2 removal facility planned
• Southern Ocean absorbs more CO2 than previously estimated: study
• Startup develops reactor to turn CO2 produced by the shipping industry into harmless salts
• Energy giants collaborate to explore offshore carbon capture and storage in Malaysia
• International team studies marine organisms' role in ocean carbon storage
• Hydrothermal vents supply vital metals to fuel carbon-storing phytoplankton growth in Southern Ocean
• Scientists revive controversial geoengineering technique to encourage the ocean to absorb more CO2
• Onboard carbon capture emerges as key decarbonisation strategy for shipping
• Scotland targets carbon capture expansion in its new Green Industrial Strategy
• Antarctic krill store as much carbon as the world’s salt marshes, mangroves and seagrass beds
• Brineworks raises $2.2m to advance seawater carbon capture technology
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• Carbon storage in marine sediment disrupted by intense bottom trawling
• World’s most powerful wind turbine operational in China
• Nature’s carbon sinks appear to be falling
• Ocean’s cool thin surface skin boosts carbon uptake
• New hope for ocean carbon sequestration found in carbon-eating cyanobacteria
• Rainfall increases marine carbon sequestration: study