April 18, 2016 - 3:30 AM EDT
Print Email Article Font Down Font Up
IntelliFlux™ Artificial Intelligence-Based Control System from Water Planet Powers Demonstrations to Evaluate Performance and Cost of Treating Produced Water for Use in Agricultural Irrigation

 

BAKERSFIELD, Calif., April 18, 2016 /PRNewswire/ -- IntelliFlux™ artificial intelligence (AI) based software developed by Water Planet, Inc. is being used in a pilot project in Wasco, California to evaluate the performance and economics of treating produced water for agricultural reuse. 

The project, which is being done with Sweetwater Tech Resources, utilizes Water Planet's IMS-5000 Integrated Produced Water Treatment Solution powered by IntelliFlux. The IMS-5000 technology used in the pilot is an integrated mechanical and membrane filtration system that incorporates ceramic membranes to filter the water. It was developed to perform in oil & gas produced water treatment, one of the most challenging water treatment applications on the planet.  As part of the project, Water Planet is also running a standard reverse osmosis unit to desalt the brackish water that is left after treatment by the ceramic ultrafiltration membranes.  

"We are currently running a series of demonstrations using a range of waters provided by a consortium of California oil producers to evaluate treating produced water for potential use in agricultural irrigation. Our goals are to assess the water quality that can be achieved and the cost of doing so," said Eric Hoek, CEO of Water Planet.

Preliminary results are expected to be available in May, and will be passed along to regulators.

IntelliFlux is fully automated, self-adaptive filtration process control software developed to optimize the performance of filtration systems in the most challenging applications. The "brains" in membrane systems, IntelliFlux learns how the filter responds to the influent water quality to determine custom-optimized flux maintenance actions (i.e., backwash, CIP, regeneration, etc.).  As influent quality and/or membranes change over time, IntelliFlux automatically adapts and adjusts flux maintenance protocols in real-time to ensure stable system performance with maximum water recovery, process uptime and filter media useful life. 

For example, during periods of increased solids loading IntelliFlux instantaneously accelerates flux maintenance actions, thereby maintaining the target treated water throughput while protecting membranes from becoming fouled too quickly or filter media from being overloaded and passing critical contaminants. During periods of reduced solids loading, the system immediately spreads out flux maintenance actions, maximizing water recovery while minimizing chemical consumption and process downtime.

Membrane-agnostic, IntelliFlux can be used to control MF, UF, NF and RO membranes as well as virtually any other filtration media that requires periodic backwashing, cleaning or regeneration. It works in membrane systems designed to meet a wide array of applications including oil & gas produced water treatment (conventional, EOR, fracking, offshore); chemical, pharmaceutical, biotech, food and beverage waste treatment; refining, power and other industrial water treatment/recycling/reuse; seawater desalination pre-treatment for algae bloom resilience; and critical filtration in aerospace, automotive and biomedical industries.

About Water Planet

Based in Los Angeles, California, Water Planet (http://waterplanet.com/) develops and markets breakthrough water treatment technologies to solve the world's most challenging water reuse and desalination applications. Water Planet's product lines include IntelliFlux membrane systems and PolyCera® membrane products. Since 2011, Water Planet has served dozens of customers on six continents.

For More Information        
Contact:  
Ann Seamonds
978-764-5528
[email protected]

To view the original version on PR Newswire, visit:http://www.prnewswire.com/news-releases/intelliflux-artificial-intelligence-based-control-system-from-water-planet-powers-demonstrations-to-evaluate-performance-and-cost-of-treating-produced-water-for-use-in-agricultural-irrigation-300252683.html

SOURCE Water Planet


Source: PR Newswire (April 18, 2016 - 3:30 AM EDT)

News by QuoteMedia
www.quotemedia.com

Legal Notice