Municipal Infrastructure

Municipalities have a broad range of responsibilities covering large areas of land such as the renewal and maintenance of public roads, transit systems, sewer and water systems. They are responsible for locating buried utilities, finding lost valve boxes and manhole covers, inspecting the interior of laterals and small diameter sewer main lines, and assessing the conditions of bridges and roads to name a few.

In light of the broad tack, the work of the municipal engineer is becoming more and more complex as our urban centres grow and so does the complexity of subsurface utility networks.  It is with this in mind that municipal engineers require accurate insights on subsurface conditions and buried utilities before renewal and maintenance planning can begin on municipal infrastructure.

The need to work smarter, not harder

Constrained by project budgets and tight timelines, municipalities need to partner with a qualified Locate Service Provider (LSP) to supply information on subsurface conditions and intrusions required to design and plan projects effectively at the outset.

• Avoid the risk of project delays and redesign due to utility conflicts
• Reduce costs associated with utility accommodation, coordination, and relocation
• Improve asset management and lifecycle costs by detecting threats to the structural integrity of bridges, roads, sewer and water lines early on

multiVIEW Locates has partnered with hundreds of municipalities across the province of Ontario to supply reliable subsurface insights. No challenge is too complex and we’ve worked on projects big and small – from locating fibre optic cable under city streets to detecting bridge deck deterioration along major highways to completing large Subsurface Utility Engineering (SUE) projects in support of the construction of Light Rail Transit (LRT) and other transit-related infrastructure.

Empowering informed municipal infrastructure design

multiVIEW Locates is highly experienced at completing all four Quality Levels of a Subsurface Utility Engineering (SUE) investigation and successfully executing a coordinated program. We will communicate with stakeholders, conduct records research, survey and plot visible above-ground features, apply geophysical methods to accurately locate utilities in your project area, and conduct test pits to ascertain depth data.

Using professional judgment, we will correlate all data into high-quality deliverables, tailored to project specifications that include a stamped CAD drawing, high-resolution photos, a utility conflict matrix, and an investigation report developed by our in-house Professional Engineering team.

We are also experts at carrying out a number of data acquisition activities that complement the SUE scope of work including invert investigations, CCTV sewer inspections, pole camera techniques, electromagnetic sonding for sewer locating, and Confined Space Entry (CSE) for chamber data.

We create high-quality drawings and reports that allow municipalities to accurately establish the location of buried utilities within a project area, providing a foundation for decision-making around construction design.

Your partner in Damage Prevention

multiVIEW Locates carries out multiple utility locating contracts across the province of Ontario and is deeply experienced in navigating municipal standards and specifications. We use advanced techniques to accurately locate almost any type of buried asset including fibre communications, low and high-voltage electricity, high-pressure gas mains, water and sewer pipes, switches, pressure plates, and other complex infrastructure. We can also locate the “un-locatable” such as clay pipes or utilities containing broken tracer wires.

Improve understanding of infrastructure lifecycle costs

multiVIEW Locates uses the most advanced Ground Penetrating Radar (GPR) solutions to examine subsurface conditions of bridges, roads, and highways to deliver insights into deterioration, cracking, delamination, corrosion, and other factors that may otherwise remain undetected. Revealing subsurface anomalies at the inception stage improves asset management by achieving a greater understanding of lifecycle costs, causes of deterioration, and the effectiveness of maintenance efforts throughout the aging process.