GTT will design a 10,000 cubic meter LNG storage tank for a liquefaction plant in China, marking a first for its membrane technology in onshore LNG applications.
Emerson has introduced a new cryogenic control valve designed to reduce leakage and energy loss in LNG, hydrogen and air separation applications.
Baker Hughes will supply gas turbines and compressors for a pipeline project in Argentina, supporting Vaca Muerta gas flows to LNG export facilities.
Chiyoda, NYK and KNCC sign agreement to advance global CCS projects, with a focus on CO₂ transport and value chain development.
LNG Canada advances Phase 2 of the Coastal GasLink pipeline, targeting major capacity growth through added compression along the existing route.
GD Engineering’s Bandlock 2 quick-opening closure enables safe, rapid access to high-pressure pipeline systems, improving efficiency in pigging, maintenance and vessel operations.
Woodside plans to resubmit its Browse carbon capture project under updated Australian rules, a key step in managing emissions tied to LNG development.
UK Oil & Gas and Wales & West Utilities have signed an agreement to link a hydrogen pipeline network with planned salt-cavern storage in South Dorset.
IKM Testing UK has secured a pre-commissioning role on the Northern Endurance Partnership project, supporting CO₂ pipeline infrastructure for the UK’s East Coast carbon capture network.
Nonintrusive acoustic monitoring is enabling earlier detection of debris, cavitation and seal degradation, helping pipeline operators improve reliability and prevent costly pump failures.
AI-driven technologies are transforming pipeline rights-of-way monitoring, enabling operators to detect threats, integrate data and improve integrity management across aerial, ground and satellite systems.
Black powder buildup in gas processing systems can compromise valve performance. Proper valve design selection and operating practices are critical to maintaining tight shut-off isolation.
Reinforced thermoplastic pipes and advanced polymer materials are improving performance, durability and cost efficiency in midstream pipeline and gas gathering systems.
As U.S. LNG export capacity expands, pipeline reliability, insurance coverage and risk management strategies are becoming critical to maintaining resilient midstream infrastructure.
Advanced materials and engineering design are enabling safer, more reliable hydrogen compression, helping pipeline systems manage extreme pressures, temperatures and permeation challenges.
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