Residents push back against proposed data center in Lyon Township, Michigan
Lyon Township residents are actively opposing a proposed 1.8 million-square-foot data center by Verrus, known as Project Flex, despite its approval by the Planning Commission in September 2025. Verrus has threatened legal action if the project faces further delays, while State Sen. Jim Runestad, a vocal opponent, has proposed a one-year statewide moratorium on data centers.
Residents of Lyon Township, Michigan, continue to voice strong opposition to "Project Flex," a proposed 1.8 million-square-foot data center by developer Verrus. The project, encompassing six buildings on 172 acres near South Lyon, received approval from the Lyon Township Planning Commission in September 2025.
During a recent planning commission meeting, dozens of residents expressed concerns about noise, property values, and quality of life, with one resident stating they moved to the country for peace. Verrus, through its attorney, submitted a Final Site Plan response, asserting the project meets all township codes and zoning ordinances. The company also issued a warning, indicating it would pursue legal action if further project approval delays occur.
State Sen. Jim Runestad, who spoke at the meeting, is also a vocal opponent of the data center. He emphasized his support for responsible development but criticized the project in Lyon Township as "rushed, opaque, and dismissive" of local residents. Runestad has proposed a one-year moratorium on data center developments across Michigan.
In response, Verrus released a statement via CBS News Detroit, highlighting extensive studies on water use, noise, traffic, energy, and environmental impacts. The company claims Project Flex is designed to use 99% less water than older data centers and maintain sound levels comparable to an office building. Verrus anticipates significant economic benefits, including up to $40 million for Lyon Township and substantial contributions to state education, Oakland County, and regional institutions over 17 years.