SCADA & AUTOMATION RESOURCES

• A Dynamic Trio For Water Networks — Smart Metering, Hydraulic Modeling, And AI

  Non-revenue water is a global problem. Around 30% of drinking water is lost on its way to the consumer, imposing a huge economic loss that increases the overall cost of water treatment. The good news: By combining smart metering, hydraulic modeling, and AI, utilities can effectively increase their operational efficiency, reduce water losses, and optimize the utilization of increasingly scarce resources.
• The Future Of AI Is Looming

  When people talk about artificial intelligence, they tend to sort into four camps — doomers, gloomers, bloomers, and zoomers. The doomers fear the robot apocalypse. The gloomers worry AI will automate away all the meaningful jobs. The bloomers are optimistic about AI innovation but want to take a measured approach with guardrails as the technology develops. And the zoomers? They're already deep into it and want minimal regulation to accelerate progress. But I'd like to add a fifth mindset to the mix: the loomers.

• Combating Climate Change With AI-Driven Smart Water Solutions

  As climate change continues to intensify, utilities face a growing list of challenges from unpredictable storm events and aging infrastructure to rising energy demands and water scarcity. These evolving external pressures are forcing utility leaders to reimagine infrastructure and operations, adopt resilient systems, and pursue sustainable practices grounded in data.

• Scaling Smart Water — How Utilities Can Grow Quickly And Confidently With Digital Technologies

  Challenges associated with deploying smart water technologies include "Where do I begin?" and "Who do I use?". These questions can often be barriers to small and mid-sized utilities that have limited resources available to them and are already burdened with competing daily priorities.

• SCADA Skills Fuel Smarter Water Grids

  SCADA technology generates excitement because it can tackle some of the water industry's most significant pain points. It complements innovations like IoT and AI, enhancing maintenance efficiency and eliminating downtime. Use these best practices to embrace SCADA and related technologies for a competitive advantage.
• Design Smarter, Operate Cheaper: The New Lifecycle Mindset For Pump And Lift Stations

  Part 5 of the Get Pumped Up series brings it all together with a bold but practical shift: treating pump and lift station design as a living process, not a one-time deliverable.

• Leeton Shire Improves Efficiency And Service Levels With An Affordable, Intuitive Digital Solution

  Although Leeton Shire already had some digital technologies in place, such as SCADA, GIS and AMI, they lacked hydraulic modeling capabilities and expertise — which is why they turned to Qatium’s open and secure water management platform.

• The Pump Curve Doesn't Lie: What SCADA Data Reveals About Real-World Performance

  In Part 4 of the Get Pumped Up series, the focus shifts from planning to performance—with a clear message: pump inefficiencies aren’t always due to failure, but to how (and where) pumps are operating.

• How To Right-Size Your Lift Station Without The 6-Month Wait

  In Part 3 of the Get Pumped Up series, the spotlight is on speed: how utilities can identify and solve lift station inefficiencies without waiting six months for a redesign study.

• Forget 25-Year Master Plans: It's Time To Rethink Capital Planning For Pump And Lift Stations

  In Part 2 of the Get Pumped Up series, explore the hidden flaw in traditional infrastructure planning: it’s too slow for today’s dynamic conditions.