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Industry
Water Management
Challenge:
When a contractor sought pre-design support for a stormwater system, Titan recommended the StormTank® Module 25 Series for its material efficiency, compliance with Ministry of Transport storm standards—including 100-year events—and ability to manage 212.60 m³ of infiltration while achieving 95% TSS removal.
Achievement:
Our client was satisfied with the quality of the product supplied and our team's lead times, which supported the delivery of the products within the customers' ideal timeframe.
Product Used:
Nonwoven Geotextile, Brentwood StormTank®
Location: Renton, Ontario
Project Type: Supply Only
Product Used: Brentwood StormTank® & TE-6oz Nonwoven Geotextile
Challenge
An outdoor storage bin facility in Renton, ON, required a stormwater management system to help maximize its water resources by aiding with infiltration.
Titan Solution
When a contractor contacted Titan to help with a pre-design for a stormwater management system, our engineering and technical team knew the best option for this client would be the StormTank® Module 25 Series. Originally slated to use an arch chamber system, the StormTank® modular tank system was highlighted due to its capacity to use less material and handle all Ministry of Transport Storm events, including its 100-year storm requirements. With water infiltration management at the core of this design specification, the system met volume requirements of 212.60 m3, and the Debris Rows provided 95% TSS removal.
The StormTank® Module is an above-par subsurface modular stormwater management system used to regulate stormwater flow and provide large-volume storage.
Technical Highlights
The conveyance of run-off is directed to the underground StormTank®. This system
comprises 462 modules, each 914 mm in height, and surrounded by 300 mm of stone above and around the perimeter of the system, with stone bed below to aid in the infiltration of water to the underlying native soil.
Upon entering the system, the water is subjected to treatment by a debris row, which is composed of a row of modules located at the inlets and enclosed by side panels and filter fabric. This area serves as a detention basin, allowing water to pass through while sediment is trapped within. The system is equipped with six observation ports, two located in each of the debris rows and two in the middle of the system, which facilitate inspection and maintenance of the system by vacuum truck for sediment removal.
Achievement
Our client was satisfied with the quality of the product supplied and our team's lead times, which supported the delivery of the products within the customers' ideal timeframe.
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