New products across the pipeline sector highlight advances in subsea monitoring, satellite analytics, actuator control, energy recovery and drone-based inspection.
Automatic pig valve launchers enable simplified pigging automation, reducing site visits, costs and emissions for high-frequency and remote pipeline operations.
New zero-emissions actuation technologies are helping gas transmission operators meet EPA regulations while maintaining performance in remote, high-torque pipeline applications.
Linear MMO anode systems are improving cathodic protection performance in congested plant piping environments, addressing current distribution, isolation and stray current challenges.
Targeting fugitive methane emissions from pipelines offers a low-cost, high-impact path for Canada to balance growing gas production with its sustainability and net-zero goals.
Misalignment between engineers and operators is driving costly design mistakes in LNG and pipeline projects, highlighting the need for stronger collaboration and accountability.
Combined surge and seismic loading can significantly increase stress at buried pipeline bends, highlighting the need for targeted reinforcement and improved soil support in high-risk environments.
Advanced data analytics can help pipeline operators better identify geohazard risks, connect terrain movement with integrity data and prioritize areas for field review.
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.
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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