Can you imagine the excitement and nervousness aerospace engineers must be experiencing when the countdown for rocket launch begins? "Three, two, one, blast off!" The next minutes, hours, and days test the team’s ability, experience, and knowledge put into the project. While this analogy may not be as applicable here, we environmental engineers also experience substantial enthusiasm and anxiety when water or wastewater projects enter the construction and commissioning phases.
Every city facing infrastructure or operational challenges or concerns about maintaining quality of life in the face of population growth or a changing environment has benefits to gain from a unified smart-city approach. Here are some concepts for promoting understanding and acceptance among utility and government decision-makers, plus several examples of benefits already being garnered by smart cities large and small.
Reasons for changing water or wastewater asset management practices include unacceptable process downtime, statutory requirements for documenting infrastructure integrity, or the desire to refine process cost-effectiveness and maintenance-budget ROI. Here are examples of strategic approaches that can better match desirable asset management outcomes to the real needs of water utility operations.
A variety of research indicates that industry loses 3 percent to 5 percent (and in some cases more) of its productivity annually to unplanned shutdowns due to equipment failure. With all the data and connectivity available through today’s Industrial Internet of Things (IIoT) technology and SCADA systems, water and wastewater treatment operations can reduce those losses significantly…if management is willing to consider and adopt proven strategic approaches.
The cost of water delivered to customers is as much about the energy needed to move it as the chemicals required to treat it. Balancing water chemistry, infrastructure costs, and energy consumption is key to optimizing the overall cost of operation. Experience shows that some astute water suppliers are closer to achieving their ideal outcomes than most people realize. Here are some insights into how that works.
The documented performance of ion exchange (IX) resins for treating per- and polyfluoroalkyl substances (PFAS) offers new opportunities for more practical solutions in many applications. IX has demonstrated its ability to reduce both capital and operating costs compared to the conventional granular activated carbon (GAC) treatment approach.
For most water or wastewater system operators, engineers, and repair crews, the only thing worse than facing a 24”-main emergency repair is facing an even larger one. To those who have never performed an emergency line stop and bypass, the idea of completing repairs with no service outage, no long-term shutdown, and no ‘boil water’ notice is almost beyond belief. To those who have, it’s a sigh of relief.
Join us in Chicago, Sept. 21-25, to engage with water professionals from around the world, participate in prestigious programming, enhance your professional development skills, and discover innovative technology and solutions to the water sector’s most important issues. Register by July 12 to save.
Are you going to WEFTEC? Do you have a question about disinfection or filtration? Be sure to stop by Booth 1312 – you can book an appointment here and see a quick rundown of our can't-miss events here.
At De Nora Water Technologies we make water treatment easy. That’s why we offer a range of innovative treatment technologies used the world over, to help protect and preserve the world’s most precious resource. Learn more.
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