Home Builder Coil Exposure Program – Calgary Region

Location: Calgary, Alberta


Project Type
Residential Development Infrastructure Support

Industry
Residential Construction and Homebuilding

Customer Type
Major Residential Home Builder

Project Overview

DIGS Hydrovac provided utility exposure and excavation support services for a major residential home builder operating throughout the Calgary region. The project focused on exposing underground electrical service coils and infrastructure during early stages of residential construction to support trade access and reduce the risk of material theft.

As residential developments continue to grow throughout Calgary, builders face increasing challenges related to copper theft and site security. By strategically exposing underground electrical infrastructure ahead of scheduled electrical work, DIGS Hydrovac helped improve project efficiency while reducing potential risks associated with theft and schedule delays.

The program has supported ongoing residential development activities across multiple phases of construction and continues to provide value throughout active community development projects.

Scope of Work

DIGS Hydrovac provided:

• Electrical coil exposure
Utility daylighting services
• Service connection excavation
Residential infrastructure support
• Excavation coordination with electrical contractors
Trenching support
• Utility verification excavation

Our crews worked closely with site supervision, utility contractors, and electrical trades to safely expose underground infrastructure while supporting efficient project scheduling and trade access.

Site Conditions

Residential construction projects often involve multiple contractors operating simultaneously within active development areas.

Challenges associated with this project included:

• Coordinating excavation activities with multiple trades
• Maintaining production schedules across active subdivisions
• Managing excavation around existing utilities
• Reducing exposure of valuable copper infrastructure to theft
• Supporting efficient access for electrical contractors
• Maintaining safe excavation practices within active residential developments

The fast paced nature of residential construction required responsive scheduling and dependable excavation support to ensure construction milestones remained on track.

Execution

DIGS Hydrovac deployed experienced operators and modern hydrovac equipment to safely expose underground electrical infrastructure ahead of electrical installation activities.

Through careful excavation and utility exposure, our crews provided electricians with direct access to underground service infrastructure while minimizing unnecessary disturbance to surrounding areas.

By coordinating closely with builders and trade partners, DIGS Hydrovac helped improve workflow efficiency and supported timely completion of critical infrastructure installations.

The ability to safely expose infrastructure before valuable materials were left unattended on site helped provide an additional layer of protection against theft and project disruptions.

Outcome

DIGS Hydrovac successfully supported multiple residential construction projects throughout the Calgary region while helping builders improve project coordination and site efficiency.

Project outcomes included:

• Safe exposure of underground electrical infrastructure
• Improved access for electrical contractors
• Reduced risk of copper theft and material loss
• Improved project scheduling and trade coordination
• No utility strike incidents
• Continued support across multiple residential developments
• Safe and efficient excavation practices throughout all project phases

This project demonstrates how hydrovac excavation can provide value beyond utility exposure by helping builders improve security, efficiency, and project execution.

Related Services

DIGS Hydrovac provides safe and reliable excavation services tailored to the needs of each industry we support.

If your project involves work near buried infrastructure, our team is ready to assist.