Industrial Park Drainage with TDR PRO® Pipe — Cedar Port, Baytown, TX

TDR Pipe supplied TDR PRO® corrugated polypropylene pipe for the industrial park drainage system at Cedar Port Industrial Park in Baytown, Texas—one of the largest heavy-industrial platforms on the Gulf Coast. TDR provided 48-inch pipe totaling 1,700 linear feet for the park’s underground stormwater conveyance network.

Project overview

Cedar Port Industrial Park spans approximately 15,000 acres along the Gulf Coast, adjacent to the Houston Ship Channel. It was planned as a fully integrated heavy industrial platform—not a conventional logistics park—with rail, barge, and highway connectivity supporting energy, petrochemical, manufacturing, and large-format distribution users that have zero tolerance for operational downtime. Energy, petrochemical, and distribution tenants depend on uninterrupted truck, rail, and barge access, which makes the site’s drainage performance inseparable from its commercial success. At this scale, industrial park drainage is mission-critical: any loss of access translates directly into operational and financial risk for tenants.

Site and Hydrologic Constraints

The coastal setting combined minimal natural slope, massive impervious coverage, and exposure to high-intensity rainfall and storm systems. Drainage infrastructure had to function under extreme flow conditions without interfering with heavy haul roads, rail spurs, or barge access. Stormwater management was therefore designed as a centralized, park-wide industrial system rather than isolated parcel solutions, with large underground conveyance corridors moving runoff toward regional detention and controlled outfalls. The drainage system also had to tie into a broader resilience strategy spanning grading, utilities, and transportation, executed as a single coordinated system for long-term flood resilience at a regional scale.

The TDR PRO® Solution for Industrial Park Drainage

Corrugated polypropylene (PP) TDR PRO® pipe was used within the underground conveyance network where low slopes, long runs, and heavy loading conditions converged. The smooth interior supports efficient hydraulic performance under flat grades, while the corrugated exterior provides the structural capacity needed beneath heavy pavements, rail-adjacent zones, and industrial traffic corridors. The 48-inch line, totaling 1,700 linear feet, was specified with an emphasis on joint integrity, durability, and adaptability for decades of service. Primary drainage corridors and detention facilities were constructed early as foundational site development, so future buildings, rail extensions, and barge terminals could connect without disrupting active operations or requiring retrofits.

Results and Market Advantage

During severe rainfall events, the stormwater system has maintained access across truck routes, rail yards, and barge terminals, allowing industrial operations to continue without widespread flooding or service interruptions. This predictability has become a competitive advantage—accelerating tenant ramp-up and reinforcing Cedar Port’s position as a premier heavy-industrial hub built for scale, resilience, and uninterrupted performance. For a 15,000-acre platform, dependable industrial park drainage protects both throughput and long-term asset value.

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 heavy-industrial, commercial, and infrastructure drainage projects across Texas.