SCADA & AUTOMATION RESOURCES
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Get the most out of your automated systems by mastering the human element sustaining them — i.e., operational technology (OT).
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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.
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Behind the scenes with Denver Water's industrial controls team that helps send water to the tap.
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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.
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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.
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Artificial Intelligence (AI) offers a promising solution to the challenges posed by energy-intensive aeration processes and the consequent escalation of operational costs in wastewater treatment.
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Water utilities face increasing challenges, including aging infrastructure, climate change impacts, and growing demand. In this digital age, innovative technologies like AI, 3D modeling, and immersive reality offer transformative solutions. One such solution gaining traction is the concept of digital twins — virtual replicas of physical assets or systems.
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From remote mountain locations to urban networks, how IT helps keep Denver Water's system running.
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Water and wastewater utilities account for nearly 4% of the world's energy consumption. With emissions targets looming and pressures building around water tariffs that frequently fall short of covering costs, there's an urgent need to reduce energy usage. This means tackling inefficient processes, such as mechanical flow control and the use of oversized equipment.
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Modern problems for water utilities, including limited workforce and aging infrastructure, require modern tools for overcoming them.
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