Corrugated Polypropylene Pipe Celina — Wilson Creek Meadows, TX

TDR Pipe supplied TDR PRO® corrugated polypropylene pipe in Celina, Texas for the storm drainage system at Wilson Creek Meadows, a residential development north of Dallas. TDR provided 18-inch through 60-inch pipe totaling 99,200 linear feet across a flexible, multi-watershed drainage network.

Project overview

Wilson Creek Meadows is a residential development in Celina, Texas, an area experiencing accelerated growth north of Dallas. The project sits within a rapidly evolving land-use environment where surrounding developments continue to alter runoff behavior over time. That growth context shaped the entire drainage approach: the stormwater infrastructure had to perform not only for initial buildout conditions, but also adapt as adjacent projects change how and where water arrives at the site. With nearly 100,000 linear feet of pipe, this is one of the largest TDR PRO® residential drainage installations to date.

The Challenge: A Multi-Watershed Site

Unlike single-basin subdivisions, Wilson Creek Meadows is influenced by multiple minor watersheds converging across the neighborhood. Runoff enters the system from several directions with no dominant trunk alignment, requiring a drainage network capable of handling flow that merges from changing upstream conditions and variable rainfall intensity. The system therefore had to balance many flow paths at once and remain reliable even as surrounding development increased runoff volumes in the years after construction.

The TDR PRO® Corrugated Polypropylene Pipe Solution

Stormwater was managed through a flexible underground network designed to follow neighborhood geometry rather than dictate it. Corrugated polypropylene TDR PRO® pipe was used as the primary conveyance material, allowing curves, offsets, and transitions without excessive structures while maintaining consistent hydraulic performance. Rather than uniform sizing, the network scaled with flow accumulation—smaller lines near local street inlets, larger lines at neighborhood convergence points, and primary collectors serving multiple sections. Gasketed joints were used throughout to maintain alignment and reduce long-term infiltration risk as surrounding development increases. The smooth interior sustains flow on low slopes, while the corrugated profile carries roadway and driveway loads.

Early Infrastructure Sequencing

Stormwater installation was advanced earlier than typical in the construction schedule. This allowed temporary storm events to be managed without corrective grading and provided stable subgrade conditions for final paving operations, reducing downstream field adjustments. Getting the network in early turned drainage from a recurring risk into a foundation the rest of the build could rely on.

Results and Market Impact

Early-phase rainfall events showed even street drainage, dry intersections, and rapid recovery of landscaped areas. No re-grading or inlet modifications were required, indicating a balanced system response across multiple flow paths rather than isolated runs. Stormwater did not become a recurring construction issue, preserving schedule momentum, and buyer feedback consistently noted that the neighborhood remained “dry” after rain—reinforcing perceived quality and long-term value without visible infrastructure intervention.

About TDR PRO® Corrugated Polypropylene Pipe

TDR PRO® is a dual-wall corrugated polypropylene (PP) pipe engineered for gravity-flow stormwater drainage. It combines a smooth interior liner for hydraulic efficiency with a reinforced, annular corrugated exterior and a co-extruded integrated bell for watertight joints. Available in 12-inch through 60-inch diameters, TDR PRO® meets ASTM F2881 Class I and AASHTO M330 Type S, with watertight joints tested per ASTM D3212—making it well suited to residential, commercial, and infrastructure drainage projects across Texas.