If you're looking for reliable and durable filtration solutions that enable mission-critical functions to work as needed, you've come to the right place.
Non-potable Reuse | Potable Reuse |
|---|---|
Non-potable reuse is the process of recycling wastewater to be used or sold for a variety of purposes including: - Recreational and agricultural irrigation - Industrial processes - Construction - Equipment and vehicle washing - Street sweeping | Potable reuse is the process of recycling wastewater for the augmentation of drinking water supplies by: - Treating water for the replenishment of groundwater supplies (indirectly back to drinking water) - Adding highly treated water directly into drinking water reservoirs or into the drinking water network Learn more about advanced oxidation required for potable reuse in our new eBook Download |
Watch
Loading video...
Over the last 30 years we’ve worked with hundreds of communities that are now collectively recycling over 1.5 billion gallons of wastewater every day.
Our involvement in water reuse began over 30 years ago when we invested and participated in research initiatives to understand the science of using ultraviolet light for reuse.
case studies
Indirect Potable Reuse in Orange County, California
The Groundwater Replenishment System (GWRS), located in Orange County, California, USA, provides purified recycled water for aquifer recharge to replenish supplies and to prevent seawater intrusion.
Recycled Wastewater for Agriculture in Murcia, Spain
In Spain, advanced wastewater treatment for crop irrigation is a reliable solution that allows the pace of agricultural production to be maintained without compromising drinking water supplies.
Stormwater Treatment & Reuse in Toronto, Canada
Sherbourne Common is the first park in Canada to integrate a UV facility for stormwater treatment into the actual design and architecture. Stormwater is collected, treated and then reused in the park’s water features, which are used by residents
TrojanUVFlexAOP
An advanced oxidation system designed to treat contaminants in potable reuse and drinking water remediation applications to provide high quality drinking water.
TrojanUV AOP Demonstration System
A fully packaged UV AOP system with oxidant and instrumentation options designed for demonstration, feasibility, and piloting work.
TrojanUVFit
A UV wastewater treatment system specifically designed for sites that produce filtered effluent and prefer an in-pipe/closed-vessel UV chamber.
TrojanUV3000Plus
A preferred UV treatment system, delivering proven, reliable performance worldwide across primary and tertiary wastewater, and reuse applications.
TrojanUVSigna
An innovative UV wastewater treatment system that reduces total cost of ownership while drastically simplifying operation and maintenance.
TrojanUVFlex - Drinking Water
A compact and efficient UV drinking water treatment system that makes installation and operation simpler, faster and more cost-effective.
TrojanUV AOP Demonstration System
A fully packaged UV AOP system with oxidant and instrumentation options designed for demonstration, feasibility, and piloting work.
Have questions?
Call us at 1 (888) 220-6118 or complete the form below.
Non-potable Reuse | Potable Reuse |
|---|---|
Non-potable reuse is the process of recycling wastewater to be used or sold for a variety of purposes including: - Recreational and agricultural irrigation - Industrial processes - Construction - Equipment and vehicle washing - Street sweeping | Potable reuse is the process of recycling wastewater for the augmentation of drinking water supplies by: - Treating water for the replenishment of groundwater supplies (indirectly back to drinking water) - Adding highly treated water directly into drinking water reservoirs or into the drinking water network Learn more about advanced oxidation required for potable reuse in our new eBook Download |
Watch
Loading video...
Aria Filtra provides advanced filtration solutions for municipal water reuse, enabling communities to extend the value of their water resources through efficient and reliable treatment. Our membrane filtration systems are trusted for their performance, low operational costs, and adaptability to a wide range of reuse scenarios. Whether through compact Aria FIT™ units, mobile Aria FAST™ systems, or fully customizable Aria FLEX™ configurations, municipalities can implement water reuse programs that meet regulatory standards and long-term infrastructure goals with confidence.
case studies
Advanced Phosphorus Control
In 2002, Georgia’s City of Flowery Branch faced strict new requirements about discharging water back into the nearby Lake Lanier, which is a drinking water source for the community, compelling the city to find an alternative wastewater system.
Aria FIT MF/UF Systems
Packaged water solutions that fit your project schedule, footprint, and budget.
Water reuse is simplified with Aria Filtra’s world-class membrane solutions combined with decades of TrojanUV AOP expertise
Meeting the demand for clean water has never been more challenging. Communities around the world are facing a growing water stress – an insufficient supply, in terms of water quality or water quantity – and often both. Climate change, growing populations, aging infrastructure, and natural and man-made contaminants are contributing factors making it challenging for municipalities to meet the increasing demands for clean water.
Arid weather and prolonged droughts in areas have intensified the problem. Affected regions such as the southern United States, Australia, Italy, Spain and the Middle East and Northern Africa can no longer rely on natural replenishment of their water sources. Available surface water sources are declining and over-pumping of groundwater beyond natural recharge rates is lowering water tables, increasing groundwater salinity and depleting ground water sources.
Meeting the demand for clean water has never been more challenging. Communities around the world are facing a growing water stress – an insufficient supply, in terms of water quality or water quantity – and often both. Climate change, growing populations, aging infrastructure, and natural and man-made contaminants are contributing factors making it challenging for municipalities to meet the increasing demands for clean water.
Arid weather and prolonged droughts in areas have intensified the problem. Affected regions such as the southern United States, Australia, Italy, Spain and the Middle East and Northern Africa can no longer rely on natural replenishment of their water sources. Available surface water sources are declining and over-pumping of groundwater beyond natural recharge rates is lowering water tables, increasing groundwater salinity and depleting ground water sources.
Many water providers are turning to reuse as the solution to their water supply and quality challenges.
Water reuse can help municipalities:
Secure future supply throughout unpredictable environmental effects, such as extended droughts
Keep local control of their water supply to reduce dependence on costly imported water
Protect natural resources by reducing withdrawals from aquifers and other natural water sources
Many water providers are turning to reuse as the solution to their water supply and quality challenges.
Water reuse can help municipalities:
Secure future supply throughout unpredictable environmental effects, such as extended droughts
Keep local control of their water supply to reduce dependence on costly imported water
Protect natural resources by reducing withdrawals from aquifers and other natural water sources
