● Achieved cost savings through overall project cost reduction.
● No excavation required on most pipeline isolations, minimizing disruption and reducing
site footprint.
● Eliminated fittings on the pipeline, addressing potential future integrity concerns.
● No welding or NDE necessary, simplifying both the preparation and execution phases.
● Reduced manpower requirements enhance safety and cost-efficiency.
● Two independently operated plugs ensure complete sealing, delivering reliable double block
isolation for effective pipeline isolation.
● Bi-directional piggability provides operational flexibility.
● Enables remote communication through ELF signal for system control and tracking.
● The fail-safe locking mechanism is driven by differential pressure.
● Enhanced safety compared to traditional methods (e.g., intrusive isolations, plumber’s plug,
ice plug).
● Minimal to zero customer downtime - bleed, pressurize, and maintain operation
without disruption.
● Independently verified through third-party testing (ADV/Acuren).
● Continuous integrity monitoring is available 24/7.
● Real-time tool status is accessible globally to customers through a secure, cloud-based
monitoring platform.
● Reduced emissions - Inline isolation effectively reduces hydrocarbon emissions by
eliminating the need for venting or flaring during operations.

We use cookies to analyze website traffic and optimize your website experience. By accepting our use of cookies, your data will be aggregated with all other user data.