The QuickTrak™ system features pneumatic digital valve control technology, combining a microprocessor-based control system with an integrated valve positioner. It will provide the Alaskan pipelines with the control and performance of a hydraulic system, but without the storage and environmental requirements. The QuickTrak™ system is specifically designed to answer the challenges of today, and can be relied upon in extreme temperatures, operating from –40°C to 70°C.

It features three sequential layers of safety through integrated software, firmware and mechanical systems. It also benefits from a probe consisting of Magneto strictive linear position transducers located within the actuator stem to provide fast and highly accurate control feedback. Additionally, it features a custom designed actuator with larger ports to accommodate the feedback probe.

Patrick Deane, Business Development Director at IMI, said: “Effective monitoring is critical to ensuring the safety and efficiency of pipelines, which is why we approach it with the utmost seriousness. The QuickTrak™ Digital Valve Control System represents a significant innovation in the energy infrastructure sector and underscores IMI’s commitment to advancing the digitisation of the oil and gas industry.”

QuickTrak™ systems are engineered, designed and built to robust, fail-safe designs – and as such are ATEX, IECEx, CSA and UL certified. These qualities and certifications make them well-suited to demanding operating conditions. They also incorporate digital control, using a closed-loop system based on the value and spool position to control the stepper motor, adjusting the actuator’s chamber pressure to achieve the desired valve position.

Mr Deane added that: “Building trust and showcasing expertise are essential to the success of innovative products like the QuickTrak™ systems. These new controllers deliver significant benefits, including enhanced performance, reduced maintenance, and exceptional reliability. Their deployment in Alaska is a testament to the dedication, ingenuity, and engineering excellence of our team, as well as the collaborative effort that brought this project to life.”