Roosevelt, Utah – 10/03/2024 – George T. Weldon Construction is proud to announce the launch of a crucial potholing project aimed at assessing the current water line infrastructure in a sample population of over 100 locations in Roosevelt City. Civil infrastructure potholing is the process of excavating small test holes to identify the location, materials and condition of underground utilities, such as water lines. This testing will enable the municipality to understand the scope of necessary upgrades and provide vital information for their funding requests for grant support.
"The health and safety of our community depend on access to safe water," said Mike T. Weldon, CEO of George T. Weldon Construction. "We are dedicated to supporting Roosevelt City Public Works in identifying critical improvements needed for our water supply."
The dangers posed by lead and asbestos pipes are well-documented. Lead exposure can result in serious health issues, particularly for children and pregnant women, while asbestos can lead to long-term respiratory problems. George T. Weldon Construction aims to help Roosevelt City Public Works significantly mitigate these risks and improve the overall quality of the local water supply.
This project aligns with broader municipal efforts to enhance infrastructure resilience in response to modern challenges, including climate change and population growth. Upgrading the water lines not only safeguards public health but also promotes economic development and sustainability.
George T. Weldon Construction values community involvement and transparency. We encourage residents to stay informed about this project by staying in touch with their local City Council Representatives.
As we embark on this important project, George T. Weldon Construction remains dedicated to its mission of improving community infrastructure with integrity and pride and a tradition of excellence. We are committed to ensuring that every drop of water that flows from our community taps is safe, reliable, and free from harmful contaminants.