Wisconsin Assembly Bill AB64

Wisconsin 2023-2024 Regular Session

• Introduced: 2/23/23
• Refer: 2/23/23
• Report Pass: 3/13/24
• Refer: 3/13/24
• Failed: 4/15/24

Caption

Nitrate contamination and the well compensation grant program. (FE)

Impact

Under the proposed bill, additional modifications include the requirement for DNR to prioritize claims based solely on nitrate contamination for fund allocation. Traditionally, grants for wells contaminated by bacteria demanded a narrower eligibility scope, presenting challenges for residents dealing with bacterial contamination issues; however, AB64 eliminates such restrictions. By allowing greater access to funds and treatments, this legislation strives to enhance water quality and reduce the health risks associated with unsafe drinking water from private wells.

Summary

Assembly Bill 64 aims to expand the eligibility criteria for the well compensation grant program managed by the Department of Natural Resources (DNR) in response to nitrate contamination. It modifies existing laws regarding the eligibility of wells contaminated specifically by nitrates, allowing them to qualify for grants solely based on their usage for a minimum of three months annually, rather than the previous stipulation of providing significant water volume for livestock. This change is intended to aid more residents in recovering costs associated with water treatment or well reconstruction, fostering improved public health and safety concerning water supply standards.

Contention

The bill's discussion, as reflected in previous legislative debates, indicates a divergence of opinions. Supporters argue that the measure is essential for protecting public health and expanding access to necessary remediation resources, emphasizing situations where residents face nitrate contamination without significant livestock usage. Conversely, opponents may raise concerns regarding the fiscal implications of a broader compensation program, questioning its long-term sustainability and possible unintended consequences on resource allocation within the DNR.