HP Storm
Substituted for RCP to Meet Project's Deadline

Location:
Port Arthur, TX
Installation Date:
2016

Owner:
City of Port Arthur

Engineer:
AWC

Contractor:
McKinnis Construction
Port Arthur, TX 18th Street photo 2
Port Arthur’s 18th Street corridor experienced frequent flooding during heavy rain events, which prompted ongoing complaints from local residents. In response, the City of Port Arthur secured grant funding to improve stormwater infrastructure by installing additional drainage pipe.

PRODUCTS USED

 

Although Advanced Drainage Systems (ADS) representatives had presented the advantages of using HP Storm polypropylene pipe, including faster installation and easier material handling, the city initially specified Class III reinforced concrete pipe (RCP) for the 18th Street Capital Improvement Project.

Midway through the installation, Port Arthur realized the project would not be complete on time because of delays receiving RCP and the time-consuming installation process required for RCP.

SOLUTION

To keep the project on schedule, the contractor, McKinnis Construction, and the city engineer made the decision to transition to HP Storm. The impact was immediate. HP Storm was readily available and its lightweight design allowed crews to handle and install pipe more efficiently, doubling the installation speed compared to reinforced concrete pipe. As a result, McKinnis Construction completed the project ahead of schedule while achieving measurable installation cost savings, much to the city’s satisfaction. This marked the first use of HP Storm in Port Arthur, delivering not only construction efficiencies but also long-term performance benefits, including watertight joints and superior pipe stiffness.

PRODUCT DESCRIPTION

HP Storm polypropylene pipe provides superior pipe stiffness, longer bells and spigots and a premium joint performance for a longer service life. The smooth interior wall offers additional strength and high flow capacity. HP Storm pipe meets or exceeds the standards specified in ASTM F2881 and AASHTO M330 and the extended bell and spigot meets ASTM D3212. Polypropylene is resistant to the effects of chemicals, abrasion, hot soils and effluent.