In a recent government meeting, discussions centered around a proposed data center project adjacent to the University of Dallas, which has sparked both support and concern among local stakeholders. The property in question, located near 114th Street, is primarily owned by the University of Dallas and is seen as an opportunity to enhance the university's curriculum and strengthen ties with the local business community.

Bill, a representative from the development firm KDC, emphasized that the project complies with newly approved data center standards and does not require any variances. He highlighted the potential for the university to leverage the data center for innovative educational programs. The project aims to create a synergy between the university and the growing technology sector in Irving.

However, the proposal faced opposition from local residents, particularly regarding flood risks associated with the site. Rick Gibbs, a concerned citizen, raised alarms about the property being in a floodplain of the nearby Trinity River, citing recent flooding events that affected the area. He argued that the construction of the data center could exacerbate flooding issues, impacting not only the immediate vicinity but also the city of Dallas across the river.

In response, Walt Montford from KDC assured attendees that the data center would be built above the 500-year flood level and that preliminary studies are underway to address floodplain concerns. He stated that two-thirds of the site is already above the floodplain, and the development would not contribute to increased flooding.

The meeting concluded with a call for further studies to assess the potential impacts of the project, particularly regarding flood management and noise mitigation for nearby educational institutions. The developers expressed their commitment to adhering to city regulations and ensuring that the project aligns with community needs. The outcome of the proposal remains pending as stakeholders continue to evaluate its implications for the area.