Barlow Glenmore Sanitary Station AB

The Challenge

The Barlow Glenmore Yards Sanitary Lift Station required efficient wastewater pumping infrastructure for a developing commercial/industrial area. Key project challenges included:

Wet well installation requiring precision and proper site preparation
Concurrent construction with the Barlow Glenmore Yards Storm Lift Station
Power delivery coordination with owner and utility providers, creating schedule dependencies
Proximity to commercial development requiring architectural finishes and minimal disruption
Reduced concrete work compared to cast-in-place designs, requiring different construction approach

Our Approach

Design-Build Delivery

We worked directly with the owner to establish design parameters, flow requirements, and site constraints. Our design optimized wet well sizing, pump selection, and system configuration to meet long-term performance requirements while supporting efficient construction.

Concurrent Construction Management

We managed construction of the sanitary lift station concurrently with the storm lift station, coordinating site access, equipment, trades, and schedules to keep both projects moving efficiently without conflicts.

Self-Performed Scope

Systems Group Inc. self-performed mechanical, structural, and process piping work, giving us direct control over quality, schedule, and problem-solving throughout construction.

FRP Wet Well Strategy

Unlike cast-in-place concrete wet wells, the FRP (fibreglass-reinforced plastic) wet well approach offered:

Faster installation with reduced on-site concrete work
Corrosion resistance for long-term durability
Factory quality control and precision manufacturing
Lighter weight for easier handling and installation

Prefabrication for Efficiency

We prefabricated the building off-site in our shop while site work progressed. This approach allowed us to:

Work on fabrication and site construction simultaneously without interference
Improve quality control in a controlled shop environment
Accelerate on-site assembly and commissioning
Reduce weather-related delays

We also prefabricated process piping and mechanical components off-site, bringing complete assemblies to site for faster installation and better quality control.

Key Project Features

FRP Wet Well

Fibreglass-reinforced plastic (FRP) tank for corrosion resistance and durability
Reduced concrete work compared to cast-in-place designs
Factory-quality construction with precision fit and finish

Power Coordination

Coordination with owner and utility providers for power delivery to site
Schedule management around power availability milestones

Process Piping and Mechanical Systems

Self-performed mechanical scope for quality control
Prefabricated piping assemblies for faster installation
Integration with force mains and gravity sewers

Electrical and Control Systems

Advanced control panels for automated operation
Level control, pump sequencing, and alarm systems
Remote monitoring capability for long-term operations

Prefabricated Building

Off-site fabrication while underground work progressed
High-quality finishes suitable for commercial/industrial proximity
Faster on-site assembly and commissioning
Architectural design to blend with surrounding development

Results

Schedule Performance

Concurrent construction with storm lift station managed efficiently without conflicts
Prefabrication strategy accelerated above-grade construction timeline
On track for completion early spring 2026

Technical Execution

FRP wet well installation executed efficiently with reduced concrete work
Prefabricated building and piping delivered quality results with faster installation
Self-performed scope provided control and flexibility throughout construction

Quality and Performance

High-quality architectural finishes suitable for commercial/industrial proximity
System designed and built for long-term reliability and maintainability
Turnkey delivery approach providing single point of accountability

Project Highlights

"The FRP wet well approach allowed us to reduce on-site concrete work and accelerate the installation timeline. Prefabricating the building and process piping off-site while underground work progressed kept the project moving efficiently."

— Trevor Sigfusson, Systems Group Inc.