Resources

Field Reports

Read case studies of HDPE solutions for real-world problems across a wide range of applications.

Pompano Beach Uses HDPE for Golf Course Irrigation, Redesign

The Baltimore Inner Harbor Wetland Project is the latest chapter in ISCO’s storied legacy of providing sustainable piping solutions. Partnering with the National Aquarium, ISCO has developed innovative HDPE solutions to restore tidal wetlands and improve water quality, showcasing the transformative power of modern engineering.

Read More

Revitalizing Water Infrastructure: HDPE Pipeline Installation for Long-Term Reliability

Reagan County Water Supply District was able to revitalize its aging infrastructure through a $10 million project. This field report highlights the importance of choosing the right pipe for the transmission line and how the use of high-density polyethylene (HDPE) contributed to the project’s success. ISCO provided a comprehensive bid package of materials and fusion labor to help maximize the efficiency of the installation.

Read More

Start-to-Finish Solution for Rebuilding Dam and Spillway with HDPE Pipe

A start-to-finish solution for rebuilding a dam and spillway using high-density polyethylene (HDPE) pipe. The project involved supplying 240 feet of 24-inch DR17 and DR26 HDPE pipe and three wall anchor fittings, along with fusion service consultation to ensure a seamless installation. The use of HDPE ensured the durability and longevity of the pipe, preserving the family lake for generations to come.

Read More

Building a Legacy: ISCO’s HDPE Piping Solutions for KSPC’s Bethune Potash Mine

Learn how high-density polyethylene (HDPE) piping solutions played a crucial role in the construction of K+S Potash Canada’s new Bethune potash mine in Saskatchewan. This $4.1 billion project has created new job opportunities and boosted the local economy. ISCO provided customized fittings and fusion expertise to ensure long-lasting piping systems that meet design requirements. Read more about the project and ISCO’s contribution in this field report.

Read More