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DOE-supported CO2-capture project hits major milestone: 4 million metric tons

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The project utilizes a gas-separation technology called vacuum swing adsorption to capture more than 90% of the CO 2 from the product streams of two commercial-scale steam methane reformers used to produce hydrogen, preventing its release into the atmosphere. Injected CO 2 can dissolve and displace oil residue that is trapped in rock pores.

CO2 186
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Snam and Saipem sign MoU to work together on green hydrogen development and CO2 capture

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This agreement also involves a collaborative effort to develop feasibility studies in order to find new solutions to transport hydrogen in both liquid and gaseous form, by using and adapting existing infrastructure and networks as well as by shipping it by vessel, and to capture, transport, store or enhance CO 2.

Hydrogen 323
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Santos reports successful CO2 capture and storage injection trial in Moomba CCS project

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Australia-based natural gas company Santos has successfully injected approximately 100 tonnes of carbon dioxide deep underground into depleted gas reservoirs as part of the final field trial for the Moomba Carbon Capture and Storage (CCS) Project.

CO2 243
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KIT and Wintershall Dea collaborating to develop industrial-scale methane pyrolysis for CO2-free production of hydrogen

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Methane pyrolysis separates methane (CH 4 ) into gaseous hydrogen and solid carbon that is a valuable material for various industry branches and can also be stored safely. Direct thermal cracking of methane and other hydrocarbons is a way to produce hydrogen from natural gas without direct CO 2 emissions. Resources.

Kits 273
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ClassNK grants Approval in Principle for new H2/CO2 FPSO design; offshore production of H2 and CO2 from associated gas from offshore wells

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FPSOs are commonly used in the offshore oil and gas industry process and store crude oil and liquefied gas from offshore wells until it can be transported via pipelines to shore or via ship-to-ship transfer.

Grant 210
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Stanford team proposes method for electricity production from oil shale with in situ carbon capture to provide transportation energy with reduced CO2 emissions

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A team at Stanford University is proposing using solid oxide fuel cells as the basis for a method for electricity production from oil shale with in situ carbon capture (EPICC) as a means to provide transportation services from oil shale with greatly reduced CO 2 emissions. times those from other proposed oil shale conversion processes.

Oil 220
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Port of Los Angeles rolls out $82.5M hydrogen fuel cell electric freight demonstration; Toyota fuel cell technology

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million Shore-to-Store (S2S) project, more than a dozen public and private sector partners have teamed up for a 12-month demonstration of the zero-emissions Class 8 trucks and will expand the project to include five more hydrogen-fueled heavy-duty trucks, two battery-electric yard tractors, and two battery-electric forklifts. Under the $82.5-million