Penspen has begun a new NIA-funded study with National Gas Transmission to evaluate whether oxygen can inhibit hydrogen embrittlement in repurposed pipeline infrastructure—critical research as the UK develops a 1,500-mile hydrogen transmission network.
Tosi has signed its largest subscription deal to date, replacing and managing the OT network for EPIC Crude’s 800-mile Texas pipeline system connecting major Permian and Eagle Ford basins to Gulf Coast markets.
Greene Tweed has achieved a breakthrough in hydrogen compression, developing a composite impeller that reached a record tip speed of 2,258 ft/s (688 m/s) — nearly twice that of traditional metal impellers. The technology could significantly cut costs and boost efficiency for hydrogen pipeline systems.
Jericho Energy Ventures secured 20 MW of grid access for its Oklahoma AI Campus, with new 345 kV transmission and accelerated interconnection enabling expansion into multi-gigawatt gas-powered capacity.
Boom Supersonic unveiled a 42-MW natural gas turbine to power AI data centers, with a 1.21 GW order from Crusoe and $300 million in new funding to expand its energy infrastructure business.
Capsol Technologies has signed an MoU with a U.S. utility to develop the first commercial-scale gas-fired power plant using its CapsolGT carbon-capture system, targeting over 95% CO₂ removal and improved efficiency for low-carbon power generation.
Mitsubishi Heavy Industries and Worley have begun building the UK’s first full-scale carbon capture facility at Heidelberg Materials’ Padeswood cement plant in Wales. The project will capture 800,000 tonnes of CO₂ annually for storage under Liverpool Bay.
Kongsberg Discovery and MacArtney Underwater Technology have signed a partnership to integrate Kongsberg’s sonar and navigation systems onto MacArtney’s ROTV platforms, creating a turnkey subsea solution for pipeline inspection, cable surveys, and ocean research.
As AI data centers strain power grids, developers are turning to battery energy storage systems (BESS) to stabilize demand and safeguard gas-fired assets. Siemens Energy explains why high-C-rate, marine-grade batteries outperform traditional systems to enhance grid stability and optimize gas infrastructure.
Current Magnetometry Inspection (CMI) uses multi-frequency AC fields, AI/ML, and dense aboveground sensing to 3D-map pipelines, calculate EIR-free, and distinguish passivated versus actively corroding defects—enabling targeted digs on unpiggable lines without disrupting CP or operations.
Incorrect internal diameter specifications in insulating gasket kits can cause electrical bridging and galvanic corrosion at pipeline flanges. Saudi Aramco engineers explain how proper bore sizing and torque control are critical to maintaining electrical isolation and long-term integrity.
Emerson’s clamp-on ultrasonic flowmeters measure natural gas volume and composition without process penetrations. By calculating compressibility, molar mass and BTU value in real time, the non-invasive systems provide accurate, low-maintenance solutions for gas quality and flow monitoring across pipeline networks.
AI-powered geospatial analytics are helping oil and gas operators detect leaks, monitor methane emissions, and identify right-of-way risks before disasters occur. By improving risk management, the technology enables producers to negotiate lower insurance premiums and reduce costly environmental incidents.
The latest innovations in pipeline technology are driving improvements in safety, integrity and operational performance. From abrasion-resistant wraps and non-weld repair systems to advanced monitoring, coating and isolation solutions, these new products help operators protect critical assets and streamline field operations.
Pipeline & Gas Journal’s new Editor-in-Chief, Tyler Campbell, outlines his vision for deeper technical coverage across pipeline integrity, digital technologies and operational best practices — and invites industry professionals to share their expertise.
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