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Contact us to learn how Aquadvanced and eRIS can help you anticipate challenges, maintain compliance, and optimize water quality to meet state-designated requirements and public expectations.
To remember
- Move from reactive monitoring to proactive, predictive management
- Anticipate environmental events and regulatory changes with advanced forecasting
- Break down data silos and ensure cybersecurity with eRIS integration
From Reactive to Proactive: The Power of Aquadvanced and eRIS
Regulatory and environmental pressures are increasing, and you must adapt quickly to maintain compliance and protect water quality. Traditional approaches—focused on monitoring and visualization—are no longer enough. You need tools that look ahead, predict, and guide decisions before issues arise. That’s where Aquadvanced Suite and eRIS Data Hub come in.
Meeting rising expectations for drinking water quality and environmental protection
Regulatory and environmental expectations around water quality are increasing in both complexity and urgency. You are being asked to meet tighter thresholds, respond faster to changing conditions, and communicate more transparently—often with limited time and resources. We help you move from reactive compliance to proactive water quality management across all public water systems.
From monitoring to predictive water quality intelligence
Our approach unites the Aquadvanced Suite with the eRIS Data Hub to go beyond traditional dashboards. By combining predictive analytics and AI-driven decision support with a secure, connected data foundation, you gain earlier insight and greater confidence in meeting evolving water quality criteria and standards set by state and federal regulators.
Anticipating risks before thresholds are exceeded
With operational and external data flowing through eRIS, Aquadvanced continuously analyzes current conditions while forecasting what’s ahead. Demand changes, weather impacts, and operational risks can be anticipated hours or days in advance—supporting early intervention for issues such as wet-weather leaks, combined sewer overflows, or water quality excursions that could compromise designated uses or trigger state-level reporting obligations.
Simplifying compliance in a changing regulatory landscape
As regulatory thresholds evolve across states and jurisdictions, you can update criteria and parameters easily and generate new operational strategies automatically. This reduces manual effort, minimizes risk, and ensures compliance remains consistent even as state requirements change. Whether you operate under EPA standards or state-designated criteria, the platform adapts to your regulatory context.
AI-driven decision support for confident operations
AI copilots support you by recommending optimal actions based on historical performance, real-time conditions, and future forecasts. This guidance helps you act quickly and consistently—especially during high-pressure or rapidly changing situations that could affect drinking water quality or public health.
A secure, connected foundation for trusted insights
All predictive intelligence is powered by the eRIS Data Hub, which securely connects operational systems, sensors, models, and external data sources into a single source of truth. By breaking down silos and meeting cybersecurity requirements, eRIS ensures insights are accurate, trusted, and accessible across the organization – giving public water utilities a reliable foundation to protect water quality and meet designated use standards.
Delivering measurable benefits across your utility
Together, Aquadvanced and eRIS help you:
- Stay ahead of changing state and federal regulations with proactive, predictive operations
- Protect water quality and meet designated use criteria through early risk detection
- Reduce emergency interventions and improve resource allocation
- Improve transparency and public communication on water standards and quality
- Build a future-ready water quality strategy powered by AI and analytics
Maximizing water quality today—and tomorrow
By combining secure data integration with predictive intelligence and AI-driven support, we enable you to meet today’s water quality standards and designated use criteria while staying prepared for future regulatory and environmental pressures across all states and jurisdictions you serve.
They trust us
Viry-Châtillon: Cutting Chemicals and Carbon with AI
The Viry-Châtillon water treatment plant serves 300,000 inhabitants with a maximum capacity of 27 MGD and an average production of 11 MGD. Facing shifting raw water quality, the plant needed a smarter way to secure treatment performance, reduce chemical usage, and lower its carbon footprint.
By implementing Aquadvanced plant, the facility achieved outstanding results: a 20% reduction in Ferric Chloride usage, a 60% reduction in injected powdered activated carbon, and 200 tons of CO₂ equivalent saved per year — all within just two years of deployment. These gains were delivered with a return on investment of less than three years, making Viry-Châtillon a strong example of how AI-driven optimization can drive both environmental and operational performance.
Frequently Asked Questions
Unlike basic dashboards, Aquadvanced adds predictive and AI layers, enabling proactive decisions based on forecasts and historical trends.
Yes, when thresholds change, you can update parameters easily, and the system automatically generates new strategies.
eRIS securely integrates all your data sources, breaks down silos, and ensures cybersecurity, making predictive tools more effective.
Aquadvanced uses predictive models to forecast weather impacts, demand changes, and risks like leaks or CSOs, allowing early mitigation.
The five most common water quality tests are physical tests (measuring clarity, color, temperature, and turbidity), chemical tests (assessing pH, dissolved oxygen, nutrients, and contaminants), biological tests (detecting bacteria, pathogens, and other microorganisms), microbiological tests (identifying specific organisms such as E. coli or coliforms that indicate drinking water safety), and radiological tests (measuring radioactive substances that may pose a public health risk). Together, these tests help utilities monitor compliance with state and federal drinking water standards.
The five main indicators of water quality are temperature (which affects dissolved oxygen levels and the ability of water to support aquatic life and meet designated use criteria), pH (which measures acidity or alkalinity and must fall within state and federal standards to protect both public health and aquatic ecosystems), dissolved oxygen (which indicates whether water can support biological life and is a key criterion for assessing the health of a water body), turbidity (which measures water clarity and is a critical indicator for drinking water safety, as high turbidity can signal the presence of harmful contaminants), and biological oxygen demand or BOD (which measures the amount of oxygen required by microorganisms to break down organic matter, and is widely used to assess pollution levels and compliance with water quality standards). Together, these five indicators give water utilities and regulators a comprehensive view of water quality conditions and help guide decisions to protect public health and meet designated use requirements.
TDS (Total Dissolved Solids) refers to the total concentration of dissolved substances in water — including minerals, salts, metals, and other compounds — and is measured in milligrams per liter (mg/L). EC (Electrical Conductivity) measures water's ability to conduct electricity, which is directly influenced by the concentration of dissolved ions present. The two are closely related: as TDS increases, so does EC, making conductivity a fast and practical way to estimate dissolved solid levels without more complex laboratory testing.