System Integrity
Real-time data improves monitoring
Pipeline accidents are usually caused through failures, vandalizations, or other environmental accidents like hurricanes, earthquakes and floods.
Fiber optics enhance leak detection
Real-time monitoring solution uses distributed fiber optics to measure strain and
temperature over long distances.
Responding quickly to emergencies
PG&E and ITT collaborate to develop a conceptual approach for using ANGEL Services’ technology for emergency response.
Managing pipeline using satellite imagery
Earth observation services provide operators a unique perspective on route selection, mapping and monitoring.
Statistical tools enhance leak detection
Simplified statistical model proves promising in tests conducted on a 500-km, 32-in. oil pipeline in Argentina.
Developing a leak detection strategy
Risk-based approach enables Australian gas utility to reduce survey and repair costs, improve public safety.
Using leak detection software
Shell Pipeline Co. deploys statistical software to improve leak detection and create familiar interface for controllers.
Detecting gas releases
Mobile imaging system uses infrared spectrometry to remotely find fugitive gas emissions in real time.
Improving pipeline monitoring
Study finds that distributed fiber optic strain sensors can provide real-time monitoring of buried pipelines.
Advances in remote leak detection
New tool can help gas utilities achieve significant productivity gains, reduce maintenance costs, and allow for a safer survey.