WASTEWATER MEASUREMENT RESOURCES
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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.
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The Internet of Things (IoT), Industry 4.0, and connectivity in drives is the future, and many market segments must modernize to compete. The world is more connected than ever with new technological advances that produce higher process efficiency and time savings. To stay competitive in this environment, companies must include automated solutions such as remote management, monitoring, and control.
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The first SWAN Digital Twin Workshop brought together key voices from around the world representing water utilities, academia, and technology vendors to help build consensus on the foundational definitions and guiding values needed to underpin digital twin concepts and architectural framework.
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Water Online’s “Math Solutions Explained” series, presented by wastewater consultant and trainer Dan Theobald (“Wastewater Dan”), educates operators by explaining pipe volume gallons calculations.
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Low-power wide-area networks are critical to the Internet of Things but may also work to bring advanced metering infrastructure to the masses.
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FMCW Or ToF? Which Radar Level Technology Is Best For Tank Gauging In Custody Transfer Applications?
Measuring the level of tanks used to hold fluids for custody transfer can be expensive. This is not due to the cost of the measurement instrumentation, but to what inaccurate measurements can cost the company. Picking the right instrumentation for applications is important. Which radar level technology should you choose for tank gauging in custody transfer applications? Frequency Modulated Continuous Waveform (FMCW) or pulsed Time-of-Flight (ToF or PToF).
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Inconsistent water availability, reduced capital and operational budgets and tightening regulations are posing real challenges for our water conveyance and treatment infrastructure today.
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Employing roughly 5,000 workers in 12 countries, Vandemoortele bakery and production plant owes its success to high standards of quality, innovative production technologies, and a flair for finding economic alternatives. The latest example is the SITRANS FC430 Coriolis flow meter.
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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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Rapid City is the second-largest city in South Dakota, serving over 72,000 residents. Their Water Reclamation Department treats nearly 3.5 billion gallons of wastewater annually.