case studies

Industrial Development
South West Ontario, Canada

Water & Sewer Replacement
Newfoundland and Labrador Canada

Townhouse Community Development
Eastern Ontario, Canada

case study 2

Water and Sewer Replacement
Newfoundland and Labrador, Canada

Project Overview: In a challenging water and sewer replacement project in Eastern Newfoundland and Labrador, the objective was to replace aging infrastructure with new pipes buried up to 8 meters deep beneath a road. The depth and location posed significant challenges in ensuring accurate compaction and avoiding future settlement issues that could compromise both the new utilities and the overlying road structure.

Challenges: The project’s depth and urban setting required precise compaction to prevent disruptions and future maintenance issues. Traditional compaction methods risked inadequate soil stabilization, increased project duration, and potential safety hazards due to the deep trenches involved.

Solution: Compactica was deployed to enhance the accuracy and efficiency of the compaction process. Utilizing advanced sensing technology and real-time data analytics, Compactica provided continuous guidance to ensure optimal soil compaction around the newly installed pipes, without the need of having a full time inspector onsite or having the contractor pause operations until an inspector travelled to site and completed testing.

Implementation:

Continuous Monitoring and Guidance: Compactica’s sensors were installed on compaction equipment, providing real-time data on soil compaction quality and consistency as work progressed.

Data-Driven Adjustments: The system analyzed compaction metrics in real-time, allowing operators to immediately adjust their methods to ensure the soil density met stringent specifications for utility support.

Results:

Enhanced Project Efficiency: Compactica significantly reduced the time required for compaction, helping the project stay on schedule despite the complex conditions.

Increased Safety: Through Compactica's automated compaction testing and monitoring, inspectors were not required to enter the excavation to test the compaction, therefore increasing safety onsite.

Cost Savings: Compactica's automated compaction moniotoring minimized the need foronsite inspection and testing, thereby significantly decreasing project costs and increasing overall compaction data on the site over traditional testing methods.

Compactica was instrumental in the success of our deep utility replacement project. The system’s ability to provide real-time feedback was a game-changer, ensuring that we met all compaction standards safely and efficiently. It not only saved us time and money but also gave us confidence in the durability of the infrastructure we installed.

Geotechnical Engineer, Geotechnical Consultant

Conclusion: This project demonstrated Compactica’s critical role in managing complex, deep utility installations. The technology enhanced operational efficiency, ensured safety, and provided cost savings by monitoring compaction automatically, showcasing Compactica’s effectiveness in challenging urban infrastructure projects.