Resources
PE-RT (Polyethylene of Raised Temperature)
Properties and advantages of PE-RT, applications in high-temperature environments, installation and maintenance considerations.
Innovative HDPE Solution for Maryland Landfill Water Collection
To protect Maryland’s water resources, the Resh Road Landfill partnered with ISCO Industries to install an innovative, first-of-its-kind HDPE storm water collection system designed to prevent leachate formation and control soil erosion.
Southern California Reservoir Inlet Pipe Project Encounters Tight Space
Faced with a 22-foot drop and a narrow 36-inch access hatch, NEWest Construction utilized the compact McElroy DynaMc 412 hand pump fusion unit to successfully replace 280 feet of corroded pipe inside a massive San Clemente potable water tank.
ISCO Meets Dalton Utilities’ Needs for Wastewater Piping
By transitioning to high-density polyethylene (HDPE) for its gas, water, and wastewater systems, Dalton Utilities successfully eliminated chronic leakage and corrosion, completing a 65-mile infrastructure upgrade an entire year ahead of schedule.
Caveland Environmental Authority Installs First All-Polyethylene Water System in Kentucky
Mammoth Cave National Park, located in central Kentucky, was established to accomplish one goal: to preserve the intricate cave system, which includes Mammoth Cave and the surrounding Green and Nolin rivers. It is the most extensive cave system in the world and consists of over 350 miles of mapped and surveyed passageways.
ISCO’s Circuit Maker Vault® Provides Green Solution for Texas Association
To meet the growing energy demands of its cultural center, the Asia Society of Texas partnered with ISCO Industries and Enlink Geoenergy Services to install a high-efficiency, low-maintenance geothermal solution for its new sustainable building.
Rehabilitating 40 Levee Culverts with Snap-Tite® HDPE
Williamsport’s levee system required rehabilitation of 40 aging culverts—without excavation. See how Snap-Tite® HDPE delivered a fast, no-dig solution endorsed by PennDOT and the Army Corps of Engineers.