A residential developer in Surrey, BC, embarked on the construction of a multi-use facility on a compact 1.2-acre urban site. The project presented significant challenges, including limited space for stormwater management, the need for a system capable of being buried at depths exceeding 5.0 meters, and compliance with stringent municipal stormwater regulations. The developer required a solution that maximized land usability, offered longterm performance, and aligned with sustainability goals.

OBJECTIVES

The project’s main goals included:

• Meeting stringent municipal stormwater regulations.
• Maximizing land usability for parking and landscaping.
• Delivering a durable, long-term stormwater management solution.

CHALLENGES

1. Limited Space: The urban site’s tight footprint left no room for traditional surface stormwater management systems, such as detention ponds.
2. Depth Requirements: The stormwater system needed to withstand burial depths of over 5.0 meters, maintaining structural integrity under substantial earth and live loads.
3. Regulatory Compliance: The solution had to meet volume retention and water quality treatment standards set by local authorities.
4. Construction Constraints: Installation required a compact and lightweight solution to accommodate the constrained urban environment and expedite the construction timeline.

SOLUTION DELIVERED

BARR Plastics proposed and supplied the ECOBLOC Stormwater Management System—a modular and innovative solution designed to address the site’s unique challenges.

The system’s lightweight and modular design enabled quick installation and seamless integration into the urban setting. With its capacity to withstand significant loads and comply with stringent regulations, the ECOBLOC system was the ideal choice.

IMPLEMENTATION PROCESS

The entire project, including planning, installation, and delivery, was completed within two weeks. BARR Plastics’ experienced team worked closely with the contractor to ensure efficient execution and minimal disruption to the surrounding area.

OUTCOMES

1. Optimal Space Utilization: Installing the ECOBLOC system underground preserved valuable surface area, which was repurposed for parking and landscaping, enhancing the facility’s usability.
2. Structural Integrity: The system’s robust design exceeded load-bearing requirements, ensuring long-term reliability even under deep burial conditions.
3. Regulatory Approval: Fast municipal approval was granted due to the system’s ability to meet and exceed stormwater management standards.
4. Efficient Installation: The lightweight and modular components reduced installation time and minimized disruption to the project timeline.
5. Cost-Effectiveness: The system’s durability and low maintenance requirements provided a sustainable, cost-effective solution over the lifecycle of the facility.

CONCLUSION

This project demonstrates how innovative solutions like the ECOBLOC Stormwater Management System enable developers to overcome complex site challenges. By addressing deep burial requirements, optimizing land use, and meeting regulatory standards, BARR Plastics delivered a reliable and sustainable solution that empowered the developer to achieve their project goals. The success of this initiative highlights BARR Plastics’ expertise in providing tailored stormwater management solutions for urban developments.