From Inspection to Execution: Comprehensive Support for Pipeline Construction

Schedule

Location: Wisconsin

Location

Wisconsin

Estimated Cost

Comprehensive Inspection Expertise

Client

Public Utility Company

Project Overview

The client needed to expand natural gas system capacity and improve service reliability for customers in west‑central Wisconsin. Their existing infrastructure required a modern, dependable pipeline that could seamlessly integrate with an operational regulator station while meeting strict safety and environmental standards. To meet this need, LSC provided engineering and design support for the installation of a new 10‑inch, 12‑mile natural gas pipeline that tied directly into the existing regulator station. LSC’s involvement ensured the new line was designed, routed, and executed to align with all operational, safety, and environmental expectations—delivering a dependable, long‑term infrastructure upgrade for the utility and its customers.

Deliverables:

  • Engineering Desing
  • Survey and Staking
  • Construction Inspection
  • Post-Construction Project Book

Comprehensive Inspection Expertise

LSC supported the client’s transition to natural gas service by delivering a full suite of inspection services that ensured safe, compliant, and high‑quality pipeline construction. The team provided:

These services helped the client reduce construction risks, maintain quality standards, and safeguard long‑term pipeline performance.

Reliable Field Support That Kept the Project on Track

LSC’s onsite construction support played a critical role in delivering the project safely, efficiently, and on schedule. Field personnel covered all inspection disciplines, ensuring that every stage of construction aligned with the client’s expectations and regulatory requirements. A dedicated chief inspector served as a single point of contact, facilitating clear communication between the client, contractors, and engineering teams. This proactive coordination improved decision‑making, minimized delays, and enabled optimal use of LSC’s engineering resources