EUROPIPE expert Christoph Bosch outlines a new toughness model using drop-weight tear testing to improve safety in CO₂ pipelines, addressing limits of traditional Charpy impact tests.
With supportive regulations, favorable geology, and new pipeline rulemaking in progress, the state is attracting industrial CCS investment for both near-site sequestration and broader infrastructure development.
Worley’s Peter Cox says Australia must redesign its pipeline infrastructure to meet net-zero goals, warning that repurposing gas pipelines won’t be enough for hydrogen and CO2 transport.
OLI Systems has secured a DOE grant to develop a CO₂ Transport Asset Integrity Model aimed at improving pipeline safety in carbon capture projects. The new tool will assess corrosion risks from impurities and deliver real-time insights for operators managing CO₂ infrastructure.
Filtration plays a critical role in carbon capture, utilization, and storage (CCUS) by enhancing CO2 purity, protecting equipment, and improving operational efficiency across all stages—from capture to compression and injection.
The global push for net-zero carbon emissions is intensifying and with it, the need for robust carbon capture, utilization and storage (CCUS) solutions.
With rising global carbon dioxide (CO2) emissions and worldwide commitment to avoid environmental impacts, the contribution of Carbon Capture and Storage (CCS) technologies is crucial. Controlling impurities in CCS pipelines is key to this effort.
In the last two years, while the Biden administration has been embracing direct-air capture (DAC) hubs, Houston-based Occidental Petroleum Corp. (Oxy) and its one-time spinoff California Resources Corp. (CRC) have been leading increased industry interest in the transportation and storage of carbon in the transition to a zero-emissions energy world.
As the global demand for energy grows, so too does the need to transition toward sustainable energy sources. For many process manufacturers, carbon capture, utilization and storage (CCUS) is a central part of their efforts to reduce emissions of one of the most prevalent greenhouse gases (GHGs), carbon dioxide (CO2).
Examine the growing application of large and maxi horizontal directional drills (HDDs) beyond traditional oil and gas projects, highlighting insights from industry experts on the evolving use of HDDs in sectors like carbon capture, renewable energy, and water infrastructure.
Innovative new technology used to isolate gas pipelines in need of repair or maintenance has shown to prevent gas leakages and cut carbon dioxide emissions by 95% compared with venting pipeline contents to atmosphere – the equivalent of switching off 1,760 gas boilers for a year or taking 1,000 cars off the road
Enbridge selects Barnard, CBNA for Great Lakes Tunnel; Energy Transfer joins carbon capture initiative in Louisiana; YPF advances $2.5 billion Vaca Muerta pipeline project; Piñon Midstream boosts Delaware Basin gas capacity; Mexican developer seeks U.S. permit for LNG export.
(P&GJ) — South Dakota's new bill empowers landowners to challenge forced easements for CO2 pipelines, enhancing rights amid eminent domain concerns. The legislation impacts projects like Summit Carbon Solutions, aiming for fairer terms and compensation for affected property owners.
The carbon capture, utilization and storage (CCUS) industry on the U.S. Gulf Coast is evolving as projects slowly progress and new players move in. Their entry could help spur development of the industry, which is already advanced on the Gulf Coast, compared with most other parts of the world, except for the North Sea.
The EU is increasing its support for CO2 transport and storage projects with nearly $522 million allocated to initiatives in France, the Netherlands, Poland, and Norway. This funding is part of the EU’s $6.3 billion Connecting Europe Facility fund aimed at accelerating decarbonization efforts and enhancing CO2 pipeline infrastructure.
You can change it with picker below or later using the switch located in the footer.
