New Bipartisan Legislation Targets Modernization of Rural Water Infrastructure

• 16 March 2026
• Construction Focus
• 124 Views

A new legislative initiative, the Futureproofing Local Operations for Water Systems (FLOWS) Act of 2026, has been introduced to address the growing technical and security gap facing rural water utilities across the United States.

The bill proposes a targeted grant program designed to help small-scale drinking water and wastewater systems upgrade their aging infrastructure and bolster their defenses against modern cyber threats.

The legislation specifically addresses the challenges of systems serving fewer than 3,300 people, which often struggle with limited staffing and rising operational costs. These smaller utilities frequently lack the resources to implement the advanced digital tools that larger metropolitan areas use to monitor water quality, detect leaks, and manage system pressure.

By authorizing $50 million in annual funding through a competitive EPA grant program, the act aims to provide these under-resourced communities with the capital necessary to adopt real-time sensing technology, artificial intelligence, and advanced modeling software.

Industry partners such as Bentley Systems have emerged as vocal supporters of the FLOWS Act. The involvement of such engineering software firms is focused on the shift toward data-centric digital infrastructure. These organizations argue that rural systems can overcome capacity constraints by integrating digital technology into their day-to-day operations.

Key areas where this technology is intended to assist include:

• Digital Twins: Creating virtual replicas of physical pipes, pumps, and treatment facilities. This allows operators to simulate “what-if” scenarios, such as how the system would handle a surge in demand or a potential pipe failure, without needing to perform risky physical testing.
• Proactive Maintenance: Utilizing artificial intelligence to analyze data from sensors. By identifying subtle patterns—such as a slight change in pressure or water flow—software can alert local staff to a leak before it results in a costly service disruption or environmental hazard.
• Operational Efficiency: Integrating disparate data sources, such as geographic maps, historical maintenance logs, and real-time sensor inputs, into a single dashboard. This simplifies the workload for small teams, enabling them to make data-driven decisions that save energy, water, and maintenance costs.

By providing these tools, the program seeks to move rural water management from a reactive, emergency-based model to a proactive, sustainable strategy. Supporters emphasize that this technology does not replace the human workforce; rather, it embeds institutional knowledge into operational systems, making the jobs of local water managers more efficient and easier to perform in an era of increasing infrastructure complexity.

• Bentley
• Bentley Systems