An unplanned flaring event at the Shell-led LNG Canada export terminal in Kitimat, British Columbia, could continue for up to a week, highlighting operational challenges at the recently launched LNG facility.
As hydrogen integration expands across gas networks, LDAR programs must balance methane emissions reduction with strict explosion protection standards, equipment certification and long-term operational safety.
LiveEO has launched its Twinspector 3D satellite constellation to monitor pipelines, rail networks and other critical infrastructure, offering AI-powered Earth observation designed for energy and transportation operators.
BHE GT&S has adopted satellite-based monitoring across 3,700 miles of Northeast pipeline infrastructure, replacing helicopter patrols with AI-driven surveillance technology.
LDAR programs are emerging as one of the fastest ways to cut methane emissions, driven by new regulations, advanced detection technologies and measurement-based compliance requirements across the energy sector.
New ultrasonic imaging nondestructive testing methods are improving how operators evaluate polyethylene joint coating bonding, offering higher accuracy and efficiency without damaging pipeline coatings.
Transco has declared a force majeure at Compressor Station 517 after an unplanned outage, restricting west-to-east gas flows and cutting primary firm capacity by up to 40% through late December.
A new reliability study from Universidad Nacional de Colombia analyzes how slow crack growth (SCG) and burial design variables—such as soil class, depth of cover, and trench width—affect the long-term performance of HDPE pipelines. Using Monte Carlo simulations and machine learning, researchers identify key factors influencing pipeline failure risk.
Emerson has launched its Fisher ARMOR gas monitoring device, a digital system that enhances safety, reliability, and compliance for natural gas utilities through real-time data and cloud-based analytics.
By combining process cameras with traditional hydrocarbon dewpoint analysis, engineers can now identify liquid carryover in real time, recover lost NGL revenue, extend equipment life, and enhance pipeline integrity.
UniSource Energy Services replaced outdated chart recorders with remote pressure monitoring technology, improving safety, reducing costs, and streamlining regulatory compliance across Arizona’s gas distribution network.
In these days of growing efforts to reduce the effects of climate change, the agriculture sector is often cited as a major source of greenhouse gases (GHGs), including methane (CH4) and nitrous oxide (N2O), with those two sources combined accounting for about 10% of global non-carbon dioxide (CO2) emissions.
IMI is ready to deliver 15 QuickTrak Digital Valve Control System and Positioners for one of the world’s largest oil pipelines, which spans approximately 800 miles (1,287 km) across Alaska, marking a significant step forward in enhancing the efficiency and safety of this piece of critical infrastructure.
Columbia Gas land technician Susan Murray shares how the company transformed gas pipeline rights-of-way into thriving pollinator habitats. Through integrated vegetation management and community partnerships, over 50 acres have been restored—supporting biodiversity, reducing maintenance costs, and setting a new standard for environmental stewardship.
Phillips 66 has expanded its partnership with Bridger Photonics to deploy aerial methane detection across its entire midstream network. Using advanced Gas Mapping LiDAR technology, the company will conduct biannual scans to enhance emissions monitoring and mitigation efforts.
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