New Hampshire Senate Bill SB393

New Hampshire 2024 Regular Session

• Introduced: 12/12/23
• Refer: 12/12/23
• Report Pass: 2/15/24
• Engrossed: 2/29/24
• Refer: 2/29/24
• Report Pass: 5/16/24
• Enrolled: 7/15/24
• Chaptered: 7/30/24
• Passed: 7/30/24

Caption

Relative to making an appropriation to the department of environmental services to fund regional drinking water infrastructure.

Impact

The bill seeks to address the growing demands for safe drinking water as well as the contamination issues posed by per- and polyfluoroalkyl substances (PFAS). By funding this infrastructure project, SB393 is anticipated to increase the region’s water supply capacity by over 2 million gallons per day. The appropriated funds are derived from a mix of federal financial resources, state trust funds, and local contributions, thus reflecting a collaborative approach towards improving public health and environmental safety. The act is designed to take effect on July 1, 2024.

Summary

Senate Bill 393 (SB393) proposes an appropriation of $25 million to the Department of Environmental Services for funding regional drinking water infrastructure. This initiative is part of Phase 2 of the Southern New Hampshire Regional Water Project. The bill aims to bolster water supply capabilities in response to PFAS contamination and increasing water demands faced by multiple towns. Significant infrastructure improvements will include the construction of booster pumping stations, pressure-reducing stations, water storage tanks, and enhancements to existing water mains.

Contention

While supporters advocate for the bill as a necessary step in environmental protection and public health improvement, the financial implications and prioritization of spending may raise questions among legislators and constituents. These funds will become a significant aspect of the fiscal budget and may invoke debates on allocation to other essential services or programs. There could be concerns regarding the adequacy of the funding in fully addressing long-term solutions for PFAS contamination challenges.