To remember
- Reliable water supply and quality at all times
- Significant reduction in energy costs
- Seamless integration of operational data for smarter decisions
Aquadvanced water supply and eRIS Data Hub: The Perfect Synergy for Smart and Sustainable Water Management
You face a dual challenge: ensuring water reliability while reducing energy consumption. This challenge grows as demand patterns shift, infrastructure ages, and energy prices fluctuate. At SUEZ, we help you meet this challenge with innovative solutions that combine operational performance and energy optimization.
An Integrated Approach to Smarter Pumping
Aquadvanced water supply provides the predictive intelligence - real-time pump performance monitoring, demand forecasting, and optimized operating schedules — while eRIS Data Hub ensures the data behind these insights is accurate, trusted, and available when you need it.
Together, they give you a unified, real-time view of system behavior, allowing you to balance water reliability with energy efficiency in a way that’s both practical and scalable, supporting better management of critical water resources, including groundwater and alternative supply systems.
Together, they give you a unified, real-time view of system behavior, allowing you to balance water reliability with energy efficiency in a way that’s both practical and scalable, supporting better management of critical water resources, including groundwater and alternative supply systems.
From Data to Decisions
Using data securely integrated through eRIS, Aquadvanced analyzes:
- energy usage
- pumping efficiency
- and demand trends
to recommend (and even automate) strategies that reduce peak consumption and shift operations to lower-cost periods. You gain clear, actionable schedules that help minimize overall energy use while ensuring water is delivered at the right time, in the right quantity and quality, whether for irrigation, drinking water, or safe hygiene needs. These insights also help utilities adapt to climate change by improving resilience across treatment and wastewater systems.
A Connected Ecosystem That Delivers Faster Value
With eRIS’s proven library of North American industry connectors, you can integrate data sources quickly and reliably, eliminating silos and ensuring full alignment with cybersecurity standards.
This connected foundation accelerates the deployment of Aquadvanced tools (especially for existing eRIS customers), shortening time-to-value and enabling faster improvements in both reliability and sustainability, empowering people and communities with safer, more dependable water systems.
This connected foundation accelerates the deployment of Aquadvanced tools (especially for existing eRIS customers), shortening time-to-value and enabling faster improvements in both reliability and sustainability, empowering people and communities with safer, more dependable water systems.
Reliable Service, Lower Energy Costs
By combining Aquadvanced’s energy-focused optimization models with the secure data environment of eRIS, we deliver a complete ecosystem for anticipating demand, optimizing pumping, and reducing operational energy consumption.
The result is a more resilient, efficient, and cost-effective water supply system that helps you deliver reliable service while moving toward a more sustainable future, strengthening long-term water resource management across drinking water, wastewater, and groundwater operations.
Contact our experts today to discover how this offer can transform your operations and deliver measurable energy savings while ensuring safe sustainable water for the people you serve.
The result is a more resilient, efficient, and cost-effective water supply system that helps you deliver reliable service while moving toward a more sustainable future, strengthening long-term water resource management across drinking water, wastewater, and groundwater operations.
Contact our experts today to discover how this offer can transform your operations and deliver measurable energy savings while ensuring safe sustainable water for the people you serve.
They trust us
El Paso Water, Texas: Integrating a Real-Time Optimization System
El Paso has long been committed to providing its citizens with safe and reliable drinking water. With the city facing annual energy bills in excess of $7 million, this is no easy task.
Operating within a time-of-use tariff system, the city faces the intricate task of harmonizing electric rates with the demands of a complex water operation. To address their financial challenges and bolster operational efficiency, El Paso sought technology to help identify sustainable operations across their water supply network.
Adopting the Aquadvanced water supply solution has led to significant benefits for the City, including a 10% annual reduction in electric bills and a 6% improvement in pump efficiency. It has also enhanced understanding of the water system, streamlined operations, and improved asset
Operating within a time-of-use tariff system, the city faces the intricate task of harmonizing electric rates with the demands of a complex water operation. To address their financial challenges and bolster operational efficiency, El Paso sought technology to help identify sustainable operations across their water supply network.
Adopting the Aquadvanced water supply solution has led to significant benefits for the City, including a 10% annual reduction in electric bills and a 6% improvement in pump efficiency. It has also enhanced understanding of the water system, streamlined operations, and improved asset
Frequently Asked Questions
Aquadvanced water supply monitors pump performance in real time and recommends optimized pumping strategies to reduce energy peaks.
Yes, thanks to a library of standard connectors used across the water industry, integration of eRIS is fast and secure.
With the Aquadvanced water supply real-time optimizer module, you can see up to 20% reduction in energy cost, improved water reliability, and faster deployment of advanced tools.
Absolutely. eRIS complies with strict cybersecurity standards to protect your data.
Yes, Aquadvanced includes demand forecasting features to adjust operations proactively.
A sustainable water supply ensures communities and industries have reliable access to clean, high quality water while protecting the long term health of our water resources. It combines responsible sourcing, efficient use, and advanced treatment technologies to reduce stress on natural systems.
By balancing demand with environmental stewardship, a sustainable supply supports operational continuity, resilience to climate and population pressures, and the long term availability of this essential resource.
By balancing demand with environmental stewardship, a sustainable supply supports operational continuity, resilience to climate and population pressures, and the long term availability of this essential resource.
Sustainable sources of water are those that can be managed responsibly over time to support people, ecosystems, and essential hygiene needs while protecting the long term health of our water resources.
These sources include naturally replenished groundwater, surface water, and captured rainwater, as well as alternative supplies such as recycled wastewater and advanced treatment systems that produce high quality drinking water.
Effective management of these sources—through efficient irrigation, conservation practices, and resilient systems that account for climate change—helps ensure a reliable, safe, and sustainable water supply for communities and industry.
These sources include naturally replenished groundwater, surface water, and captured rainwater, as well as alternative supplies such as recycled wastewater and advanced treatment systems that produce high quality drinking water.
Effective management of these sources—through efficient irrigation, conservation practices, and resilient systems that account for climate change—helps ensure a reliable, safe, and sustainable water supply for communities and industry.
The 5 P’s of sustainability—People, Planet, Prosperity, Peace, and Partnership—provide a framework for managing water resources, protecting the environment, and supporting resilient communities.
They emphasize the need for safe and reliable access to drinking water, effective wastewater treatment, responsible groundwater use, and efficient irrigation systems that adapt to climate change.
By integrating strong management practices, investing in alternative water solutions, and prioritizing public health and hygiene, the 5 P’s help guide long term sustainability efforts that benefit both people and the planet.
They emphasize the need for safe and reliable access to drinking water, effective wastewater treatment, responsible groundwater use, and efficient irrigation systems that adapt to climate change.
By integrating strong management practices, investing in alternative water solutions, and prioritizing public health and hygiene, the 5 P’s help guide long term sustainability efforts that benefit both people and the planet.
An example of water sustainability is using advanced treatment and recycling processes to turn wastewater into a high quality alternative supply for irrigation, industrial operations, or even drinking water.
This approach reduces pressure on groundwater and other natural water resources, supports safe and reliable access for people, and strengthens hygiene and public health.
By integrating smart management practices and resilient systems that account for climate change, communities can maintain long term water availability while protecting the environment.
This approach reduces pressure on groundwater and other natural water resources, supports safe and reliable access for people, and strengthens hygiene and public health.
By integrating smart management practices and resilient systems that account for climate change, communities can maintain long term water availability while protecting the environment.