SCADA & AUTOMATION RESOURCES

• SCADA Systems: Shaping The Future Of Industrial Automation

  Valued at approximately $33 billion in 2021, the global SCADA market is on track to reach an impressive $72.5 billion by 2031, reflecting a robust compound annual growth rate (CAGR) of 7.5% over the decade. This growth trajectory underscores a burgeoning demand for advanced automation and real-time monitoring solutions across various industries.

• AI In Water Management: Plucking The Low-Hanging Fruit

  Tips for bringing the promise of digitalization and AI within reach of water utilities.
• Technological Services In Wastewater Remote Monitoring And Management

  Recent improvements in remote monitoring and management technologies, particularly in the wastewater treatment sector, have revolutionized operational efficiency. Key technologies include IoT sensors, AI analytics, and cloud computing. This article explores their applications and benefits in enhancing wastewater treatment processes.
• Understanding Urban Resilience And The Role Of Smart Water Networks

  As cities grow and face environmental challenges, the concept of urban resilience becomes increasingly important. A recent study discusses the theoretical framework needed to build a smart water network that can enhance the resiliency of urban environments. It also reveals the critical technologies, including advanced metering infrastructure (AMI), that are key to pulling it all together.

• The Role Of Policy In Protecting Water Quality

  Businesses, governments, and communities can all play a role in safeguarding water quality by embracing a multifaceted policy framework that integrates modern technology with a focus on mitigating public health risks. In this article, we'll analyze exactly how water quality affects public health, how policy has shaped modern water quality, and what types of policies will be needed in the future.
• How To Tackle 5 OT Management Challenges In Water Automation

  Get the most out of your automated systems by mastering the human element sustaining them — i.e., operational technology (OT).
• How Today's Water Facilities Are Successfully Integrating Advanced Technology, Data Analytics, And Predictive Modeling

  The water industry is seeing greater adoption of advanced technology, data analytics, and predictive modeling to enhance operational efficiency, improve equipment reliability, and ensure sustainability. These technology interventions need a concerted effort that considers people, processes, and technology to establish operational success after the planning phase.
• Making Computer Systems Go, To Bring You The Flow

  Behind the scenes with Denver Water's industrial controls team that helps send water to the tap.
• A Digital Journey Through ACE24

  With more than 10,500 attendees at ACE24, AWWA's Annual Conference and Exposition is getting back on track to (almost) pre-COVID levels. And if you were away for a while, you were struck by the amount of digital technologies on the show floor.
• How Microgrids Can Reduce The Energy Pressures On Water Infrastructure

  With the ability to isolate from the primary grid, maximize the full potential of onsite distributed energy resources (DERs), and intelligently manage onsite energy loads, microgrids have emerged as an ideal solution to help water departments modernize operations for the energy demands of today and tomorrow.