WASTEWATER MEASUREMENT RESOURCES
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In this white paper, discover how digital measurement is helping to maximize wastewater treatment efficiency.
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The conceptual design output you get from the TDG will inherently have value -- the TDG already saved time and effort in creating the resulting conceptual design compared to traditional design approaches.
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The digital revolution has reached our utilities, but not everyone is taking advantage of how it can, for example, make water and wastewater cleaner, healthier, and more efficient. National news media seemingly report daily on U.S. infrastructure, but they rarely get down in the trenches with the public works professionals who are accomplishing so much. Three of them, who are using the Internet of Things (IoT) to better manage critical assets, tell their stories here.
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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.
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In southeastern Virginia, Hampton Roads Sanitation District (HRSD) handles wastewater treatment for 1.7 million people in 20 cities and counties. Sea-level rise, unusually high tides, and extreme storms prompted a $1.2 billion program—the Sustainable Water Initiative for Tomorrow (SWIFT) that involves replenishing the Potomac aquifer with up to 100 million gallons of SWIFT Water (water treated to meet drinking water standards and matched to the existing groundwater chemistry in the aquifer) per day, an action that may slow or reduce the impact of sea level rise by slowing land settling, or subsidence.
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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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Let's explore how water utilities can scale smart water solutions through four key pillars: unlocking value, empowering people, implementing innovation, and scaling digitization.
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Guided wave radar technology provides accurate and reliable level and interface measurement in effluent treatment areas, ensuring regulatory compliance and reducing costs in wastewater applications.
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Sanitation District No. 1 (SD1) of Northern Kentucky operates wastewater infrastructure for over 200,000 customer accounts. They partner with more than 30 local governments to provide reliable wastewater and stormwater services. Their wastewater asset network is comprised of approximately 1,650 miles of sanitary sewer pipe, 121 pump stations, and multiple treatment plants that treat about 36 million gallons of wastewater each day.
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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.