TDR ULTRA Corrugated HDPE Pipe TGS Cedar Port Corridor, Baytown, TX

Industrial Corridor Drainage Baytown

TDR Pipe was engaged for industrial corridor drainage in Baytown, Texas as part of expansion planning for the TGS Cedar Port Corridor, within one of the largest industrial and logistics hubs in the United States. The planned scope centers on TDR ULTRA® corrugated HDPE pipe, 24-inch through 60-inch, totaling roughly 3,160 linear feet, with TDR Engineering positioned to adapt as project requirements are finalized.

Project overview

The TGS Cedar Port Corridor project is associated with one of the largest industrial and logistics hubs in the United States. Located within the Cedar Port Industrial Park area in Baytown, Texas, this corridor supports large-scale rail, port, and industrial operations. Developed by Trans-Global Solutions Inc. as part of the Cedar Port Industrial Park expansion planning, the drainage corridor is intended to serve continuous, high-volume industrial activity. TDR Engineering remains positioned to adapt to finalized project requirements as the expansion advances.

The Challenge: Drainage for a Continuous Industrial Corridor
An industrial corridor of this scale brings demanding conditions: a large-scale industrial environment with continuous operations that cannot easily pause for construction, potential coordination with rail and port logistics, and high runoff volumes from extensive paved surfaces. Planning drainage here means designing for both hydraulic capacity and heavy structural loads, while keeping the layout adaptable to an expansion whose final requirements are still being defined.

Industrial Corridor Drainage in Baytown — The TDR ULTRA® Approach
HDPE storm drainage systems like TDR ULTRA® are highly suitable for industrial corridors such as Cedar Port, thanks to their durability, resistance to harsh environments, and ability to handle large volumes of runoff. The planned solution uses dual-wall corrugated HDPE pipe in large diameters—24 to 60 inches—to convey high runoff volumes from extensive paved surfaces toward discharge. The smooth interior supports hydraulic capacity, while the corrugated structure and watertight joints handle the heavy loads and harsh conditions of a rail- and port-served corridor. HDPE’s flexibility keeps the layout adaptable as expansion requirements are finalized.

Anticipated Value
As part of expansion planning, outcomes are anticipated rather than documented. A durable, high-capacity HDPE corridor is expected to manage the large runoff volumes of a continuous industrial environment, resist harsh conditions, and support the long-term growth of one of the country’s largest rail- and port-served logistics hubs. This positions the corridor for reliable stormwater performance as Cedar Port continues to expand.

About TDR ULTRA® Corrugated HDPE Pipe
TDR ULTRA® is a dual-wall corrugated high-density polyethylene (HDPE) 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 4-inch through 60-inch diameters, TDR ULTRA® meets AASHTO M294 and ASTM F2306, with watertight joints tested per ASTM D3212—making it well suited to heavy-industrial, logistics, highway, and commercial drainage projects across Texas.