WATER INSTRUMENTATION RESOURCES
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It’s been more than two years since Aqua Pennsylvania began using an eye-opening technology, the AMERICAN Flow Control SEMPER Remote Pressure Monitor (RPM), to identify pressure transients and reduce main breaks and non-revenue water.
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New home for water quality lab opens new horizons for innovation, research and teaching.
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Water utilities need to secure reliable infrastructure, yet often lack the internal capacity to do so, thus gaining support from external partners is becoming increasingly important.
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Following two years of hosting remotely, Bentley Systems returned to a live setting for its annual Year in Infrastructure and Going Digital Awards event, held November 14-15 in London, England. Bentley welcomed 114 press members from around 23 countries to celebrate some of the most impressive infrastructure projects of the past year, including those from the water/wastewater sector.
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The water industry's greatest technology trend is also one with scattershot levels of adoption, but that can change with proper understanding of the purpose for and pathway toward Digital Water.
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To stretch water resources as scarcity intensifies, utilities and industry should lean on the latest sensing technology, enabled by the Internet of Things (IoT).
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Biopharmaceutical processing is highly precise, and people must rely on various measuring devices to control costs, maintain quality, and avoid accidents. They often use flow meters to accomplish many of those aims. Here are some specific ways professionals working in pharmaceutical processing use these devices, making them so instrumental in successful outcomes.
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Learn how water and wastewater utilities can use data to find operational efficiencies can both reduce energy costs and reduce carbon emissions.
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In this article, explore the top reasons you should consider a laboratory zeta potential system for coagulation dose control.
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The current slope of the U.S. PFAS analytical instrumentation market advancement is steep due to U.S. EPA plans to propose water and wastewater regulations for PFAS. Additionally, some of the key drivers include an increased awareness about the widespread prevalence of PFAS contamination, public outrage, funding, and litigation scares.