MaxDR, utilizing HDPE as its core pipe withstands the corrosive nature of wet CO2 while providing higher-pressure (350 – 750 psi) capabilities than conventional HDPE pipe, while using less material. Engineered to handle CO₂ transport, particularly streams saturated with water that can form corrosive carbonic acid, MaxDR delivers unmatched durability, chemical resistance, and long-term reliability in critical applications.
MaxDR takes HDPE to where only fiberglass and steel have gone before, due to its higher operating pressure.
Why MaxDR Pipe for Carbon Capture & Energy Transition
MaxDR is lighter and easier to handle, less expensive to transport, and dramatically faster to connect than fiberglass and steel, helping you efficiently and safely transport corrosive CO₂, reduce maintenance, and achieve a lower total cost of ownership.
READ MORE: MaxDR Fusion Parameters Now in McElroy DataLogger® for Assured Joint Integrity
