Ensures public access to lead service lines to determine the existence of lead within the water connection. This act also ensures mitigation measures and replacement lines are consistent with the current version of 40 C.C.R. 141 Subpart I.
Upon its passage, H6304 will require rigorous inventory procedures from water suppliers, necessitating detailed public reporting and proactive communication regarding lead presence in service lines. The bill also calls for a replacement program that will be financially supported through state and federal funding efforts. By prioritizing service line replacements particularly in disadvantaged communities, the bill reflects a commitment to not only maintain water quality but also address broader social equity concerns in public health and safety.
House Bill H6304, titled as the Lead Poisoning Prevention Act, aims to enhance public access and address the presence of lead in water supply systems across Rhode Island. The bill mandates that all water suppliers across the state develop a comprehensive inventory of service lines by October 2024 to determine the presence of lead. This initiative is aligned with federal regulations, particularly the Lead and Copper Rule, that govern safe drinking water standards. The bill emphasizes transparency by requiring water suppliers to make the service line inventory publicly accessible, thereby empowering residents to know the safety of their water supply.
Nonetheless, the proposed legislation does raise points of contention regarding implementation and funding. Stakeholders may express concerns over the financial implications for water suppliers and whether the appropriations secured will be sufficient to cover the costs of lead service line replacements. Additionally, provisions detailing community outreach and inspection rights for tenants can lead to debates surrounding homeowner responsibilities versus public safety, especially in rental properties. These issues suggest a need for careful monitoring and adaptation of the law as it navigates real-world applications.