Discover how a century-old canal in Ririe, Idaho, transformed from the aftermath of the largest U.S. rockslide to a beacon of water conservation, reliability, and recharge. Follow the journey of ISCO and HDPE to encapsulate the Enterprize Canal, addressing historical challenges and supporting Idaho Governor Brad Little’s ambitious water infrastructure goals. Uncover the impact of a leak-free, 63″ HDPE pipeline on water conservation and the construction of recharge basins, marking a pivotal step in securing Idaho’s water future for the next hundred years.
Explore the resurgence of Casselton, North Dakota, as the town welcomes a state-of-the-art soybean crushing plant, set to create jobs, reduce transportation costs, and stimulate economic activity. Learn how ISCO’s high-density polyethylene pipe is facilitating the transport of high-quality water to the plant, making this project a significant milestone for the region’s development.
When nature disrupted the tranquility of Benicia, California, ISCO rose to the challenge, providing a rapid and effective solution to restore the city’s vital water supply after a devastating landslide. The ISCO team, alongside local authorities, worked tirelessly to implement a temporary water bypass, ensuring the community’s needs were met within eight days of the emergency call. Learn how this collaborative effort brought stability back to Benicia.
In 2023, Brownstown Electric Supply Company’s headquarters faced a dual dilemma: space shortage for a major project and a crumbling culvert beneath a critical building. Read how Chief Financial Officer Todd Agee’s innovative use of Snap-Tite HDPE culvert rehabilitation not only resolved these challenges but also paved the way for future endeavors, all while saving costs and ensuring safety.
Embark on a 61-year journey with ISCO, as we contribute to the monumental Arkansas Valley Conduit (AVC) project, revolutionizing water security for the southeastern plains. Witness the evolution from steel to cutting-edge HDPE technology, channeling water through a 36-inch HDPE pipe.
In South Metro Denver, Colorado, Southeast Metro Stormwater Authority (SEMSWA) faced a unique challenge: multiple damaged culverts nestled in a protected wetland and residential park. The solution couldn’t disrupt the environment or local traffic while fitting SEMSWA’s budget. With its patented interlocking design, SEMSWA installed 80 feet of 30-inch Snap-Tite pipe, showcasing its ease during a demonstration. Mini excavators nimbly placed each section, providing an efficient, no-dig solution that rehabilitated the culverts without disturbing the landscape or traffic flow.