Optimize water asset management
Boost the performance of your water and wastewater utilities with our operation and maintenance solutions.
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Improve the performance of water networks and plants with help from our digital solutions
Enhancing the performance of water systems is a top priority for utilities and local agencies. Our digital solutions help reduce water loss, prevent overflows, and optimize treatment processes—enabling smarter, more resilient operations.
We deliver solutions that support smarter operations and strategic investment—helping utilities plan for today, tomorrow, and the future.
Today
Reduce water loss, prevent sewer overflows, lower energy costs, and optimize treatment operations
Tomorrow
Improve system planning, optimize supply and delivery, and align capital improvement plans with utility goals.
Beyond
Future-proof your network, reduce long-term capital investment, and identify no-regret strategies that deliver lasting value.
Our inspiring stories
Optimizing Water Networks: East Bay MUD’s Holistic Approach to Master Planning
East Bay Municipal Utility District (MUD) integrated our optimization solution into its Collaborative and Holistic Pipeline Plan (CHPP) to improve pipeline sizing decisions and master planning. Using fire-flow scenarios and hydraulic modeling criteria, the project team evaluated trade-offs between hydraulic performance—such as maintaining pressure and velocity under fire conditions—and the costs of pipeline upgrades. The result is a transparent, repeatable process that helps engineers quickly identify the most cost-effective solutions for each pressure zone. This innovative approach strengthens asset management and ensures reliable, affordable service for customers well into the future.
A aerial view shows Pardee Reservoir today. Pardee Reservoir stores water from the Mokelumne River watershed, which supplies nearly 90 percent of EBMUD’s water supply
Photos courtesy of East Bay Municipal Utility District
Frequently Asked Questions
Improving a water distribution system begins with strong planning and an understanding of how the system delivers safe, high-quality drinking water to the public. Utilities can learn where upgrades are needed by assessing pipes, treatment and filtration processes, and overall service performance to protect public health. Advanced tools like hydraulic modeling and optimization software also help by simulating different scenarios, identifying the most cost-effective upgrades, and balancing system performance, energy use, and water quality. With these strategies, utilities can modernize infrastructure, improve service reliability, and ensure customers continue to receive clean drinking water for years to come.
Improving a wastewater collection system requires thoughtful planning to protect public health and the environment. Utilities can learn where the system needs attention by analyzing pipes, pump stations, and treatment facilities to ensure reliable service and high-quality outcomes. Upgrading infrastructure, improving filtration and treatment processes, and reducing inflow and infiltration all strengthen system performance. Advanced tools like hydraulic modeling and optimization software also help by simulating different scenarios, identifying cost-effective upgrades, and balancing system efficiency, energy use, and water quality. With smart planning and investment, utilities can modernize wastewater systems, safeguard communities, and provide dependable service to customers.