Home / Article

UGI Launches Gas Main Replacement Project in Nazareth

Burstable News - Business and Technology News February 10, 2025
By Burstable News Staff
Read Original Article →
UGI Launches Gas Main Replacement Project in Nazareth

Summary

UGI Utilities is conducting a comprehensive gas infrastructure upgrade in Nazareth, impacting multiple streets and potentially offering local residents and businesses an opportunity to convert to natural gas service.

Full Article

UGI Utilities, Inc. has initiated a significant gas main replacement project in Nazareth, targeting key streets in the borough to enhance infrastructure safety and reliability. The project, which began February 10, is expected to conclude by mid-June and will affect several major thoroughfares including East Walnut Street, South Main Street, South Broad Street, East Prospect Street, South Cedar Street, and Park Street.

The infrastructure upgrade will involve construction activities Monday through Friday from 7am to 5pm, with potential disruptions to local traffic and parking. Residents and businesses along the project route should anticipate road closures, detours, and temporary service interruptions. UGI representatives will need property access to inspect and relight equipment during the upgrade process.

Beyond infrastructure improvements, the project presents an opportunity for local homes and businesses to convert to natural gas service. The strategic replacement of gas mains can improve overall system efficiency, reduce potential safety risks, and modernize the community's energy infrastructure.

While weather and working conditions may influence the project timeline, UGI remains committed to completing the upgrades with minimal disruption to the Nazareth community. The comprehensive approach demonstrates the utility's ongoing dedication to maintaining safe and reliable energy services for its customers.

QR Code for Content Provenance

This story is based on an article that was registered on the blockchain. The original source content used for this article is located at Reportable

Article Control ID: 37503