SCADA & AUTOMATION RESOURCES

• How Advanced Process Controls Empower Operators, Enhance Effluent Quality, Save Energy, And Reduce Emissions At WWTPs

  Technology like advanced process control systems can streamline operations, create opportunities to lower costs and emissions, and ensure effluent quality meets the highest standards. Research also indicates that implementing an appropriate control strategy can help reduce N2O emissions.

• The Hidden Costs Of Legacy Operational Technology

  Water and wastewater utilities can get stuck in a cycle of upgrading their legacy operational technology systems. Here’s how to break that cycle.

• From Data To Decisions: AI's New Role In Water Management

  Engineers are turning to AI to cut weeks of work into hours and sharpen critical decisions.
• Advancing Digital Solutions From Pilots To Practice In The Water Sector

  Across the water sector, the same question echoes through utilities and organizations: "We've completed a successful pilot, but now what?" While digital experimentation has become commonplace, the journey from pilot to practice remains challenging.

• AI In The Water Sector: Navigating Innovation Responsibly

  The water sector, facing escalating demands and aging infrastructure, cannot afford to be left behind in the adoption of artificial intelligence (AI). Embracing AI is not just about efficiency; it's about ensuring future resilience and continued service delivery in a world increasingly reliant on intelligent systems.

• How Hyper-Detailed Modeling Is Strengthening Worker Safety And Water Infrastructure Resilience

  Water utilities are under mounting pressure to modernize aging infrastructure while keeping budgets under control, forcing owners and contractors to deliver reliable projects with leaner teams, tighter windows, and greater scrutiny. Hyper-detailed modeling is emerging as a critical solution for these challenges.
• How AI Can Solve The "Silver Tsunami" And Support Small Water Utilities

  While far from prolific, applications of artificial intelligence (AI) in the water and wastewater industry are nothing new. AI and machine learning have been used for data analytics for years. However, for small utilities and those with an aging workforce, these tools seem too high tech and costly to be practical. This doesn’t have to be the case, though. AI tools — particularly generative AI (Gen AI) and large language models (LLMs) — are able to address critical workforce shortages and resource constraints within the water and wastewater industry.
• Interoperability Unlocked: How Connected Systems Will Power Water's Future

  The full potential of smart water infrastructure is within reach — if our digital systems work together and share critical data.

• Smarter Pumps, Lower Emissions: The Digital Reinvention Of San Jose Water

  Pumps are power-hungry and thus expensive to run, but San Jose Water shows how data-driven technologies and strategies can bring the cost down for utilities.

• Unlocking The Potential Of Digital Pressure Transmitters

  Traditional analog devices are increasingly being replaced by digital solutions, and communication protocols like CANopen are playing a key role in this transition. This shift calls for engineers to assess whether digital pressure transmitters are the best fit for their specific applications.