Sarens has taken on a pivotal role in the Shell Polaris Carbon Capture and Storage (CCS) project at Scotford, marking a significant milestone in sustainable infrastructure development. This ambitious venture aims to curtail carbon emissions as part of the global shift toward greener technologies.
Kicking off in October 2024, the project encompasses the transportation and installation of colossal components, including an Amine Absorber, an Amine Stripper, and a Quench Tower. Sarens secured this critical assignment due to its stellar track record and a well-crafted proposal.
Logistics were no small feat, requiring meticulous planning to tackle hurdles like de-energizing power lines, clearing railway arms, and verifying bridge capacities for safe transit. The removal and lifting of overhead power lines alone demanded a 45-day lead time. This level of detail exemplifies the high stakes involved in such massive undertakings.
For the transport phase, Sarens deployed two Kamag K25 platform trailers equipped with 56 axle lines to handle the immense load. These engineering marvels, optimized for Alberta’s roadways, transported the heaviest component—a staggering 866,000 pounds—over an eight-hour highway journey. Along the way, tight turns, railway crossings, and low-hanging power lines tested the crew’s skills. Alberta Transportation’s close collaboration ensured strict regulatory compliance, further safeguarding the operation.
The on-ground team, spearheaded by Transport Manager Phil Wiebe and Project Manager Paul Betts, alongside Sarens’ veteran engineers, showcased remarkable precision and adaptability. Overcoming challenges like confined spaces and load complexities, they executed the task with unwavering professionalism.
Once on-site, the heavy lifting began. The crowning achievement? The installation of the 235-foot-tall Amine Absorber, now Scotford’s tallest structure. Sarens employed its CC6800 crane, complemented by a CC2800 tail crane, to accomplish this feat. Similarly, the Amine Stripper and Quench Tower were seamlessly maneuvered using 24 lines of K24 self-propelled modular transporters (SPMTs). Despite the biting cold, the crew maintained peak efficiency and safety standards, ensuring smooth execution.
This eight-day heavy lifting campaign underscores Sarens’ mastery in navigating complex logistics and engineering challenges. By delivering on such a high-profile project, Sarens not only highlights its expertise but also contributes meaningfully to the environmental goals underpinning the Shell Polaris CCS initiative. With operations running smoothly, the project is well-positioned to meet its ambitious timeline, promising benefits for both the local community and the broader environment.
Source: Sarens
