Provo engineers assess groundwater and stormwater issues at future building site

During the recent Provo School District Board meeting held on May 1, 2025, significant discussions centered around water management and construction site assessments, particularly concerning a new building project. The meeting highlighted concerns about water drainage and potential seepage issues that could impact the construction site.

One of the primary topics was the effectiveness of a concrete wall designed to mitigate water overflow during heavy rain events. Board members discussed past incidents where water had jumped the curb, leading to concerns about surface water management. The wall, positioned at the top of a hillside, was intended as a temporary barrier to prevent water from affecting the building site. However, questions arose regarding whether water could still seep through the wall, raising concerns about the integrity of the construction.

The board also reviewed borehole studies conducted in April and August of the previous year. These studies aimed to assess groundwater levels and their potential impact on the construction site. It was clarified that the April studies focused on the building footprint, while the August studies were more relevant to the retaining wall area. This distinction is crucial as it informs the design process and helps ensure that all pertinent data is considered to prevent future water-related issues.

A key point of discussion was the depth of groundwater in the area, with board members noting that the nearest well is over 300 feet deep. This raised questions about the likelihood of groundwater affecting the site, as it typically lies over 100 feet below the surface. The board emphasized the importance of understanding both surface water and groundwater dynamics to effectively manage stormwater runoff and ensure the construction's success.

In conclusion, the meeting underscored the Provo School District's commitment to addressing water management challenges associated with new construction projects. As the board continues to evaluate the implications of these discussions, the focus remains on ensuring that all potential water issues are thoroughly investigated and mitigated before construction progresses. The next steps will likely involve further assessments and adjustments to the design plans based on the findings from the borehole studies and ongoing discussions about water management strategies.