Wastewater Management
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Droughts, Pandemics, Recessions, And More: How Machine Learning Can Help Water Utilities Prepare
6/13/2022
Learn about some of the situations that can cause extreme changes in water usage patterns and how machine learning can help water utilities adapt.
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Why Measuring Hydrogen Sulfide In Wastewater Matters
6/1/2022
Hydrogen sulfide (H2S) gas in wastewater environments is a familiar concern. But waiting until its odor is detected can be too late to exert as much control over it as desired. Fortunately, a new ability to monitor H2S concentrations — in the liquid wastewater stream, in real time — is advantageous for wastewater professionals in terms of safety, cost, and consumer complaints. Here are four ways to capitalize on that capability.
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Gas vs. Liquid Measurement: A New Phase Of H2S Management
5/31/2022
For many aspects of wastewater collection and treatment, there can be multiple routes to achieving desired results. In the case of hydrogen sulfide (H2S) measurement, an exclusive sensor that is equally accurate in liquid-phase and gas-phase measurements has created entirely new ways to assess hydrogen sulfide concerns. Here is how that offers wastewater professionals more cost-effective opportunities for measuring and managing their H2S issues.
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How Liquid-Phase H2S Monitoring Can Reduce WWTP Risk And Corrosion
5/30/2022
At their best, wastewater treatment plants (WWTPs) can include hostile environments. At worst, they can be deadly if workers are exposed to hydrogen sulfide gas that collects in confined spaces. Between those two extremes is a wide range of cost and performance circumstances that can be drastically impacted by accurately monitoring changes in wastewater composition that trigger fluctuating levels of hydrogen sulfide (H2S).
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Using Liquid-Phase H2S Measurement To Protect Sewer Networks And Workers
5/29/2022
While the estimated service life of steel-reinforced concrete pipe carrying stormwater can be 100 years, sanitary sewer networks have a lot more working against them. Here are multiple considerations for using liquid-phase measurements to quantify hydrogen sulfide (H2S) concentrations more consistently, identify potential threats to worker health and infrastructure longevity, and support better strategies for mitigating those risks.
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How To Leverage Vendor Experience For Aeration Design Optimization
5/24/2022
Learn how to choose a solutions provider that can act as a natural partner to both the WWTP and the design engineer for expansions, retrofits, or greenfield projects.
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Machine Learning: What Water Utilities Can Learn From The Power Industry
5/23/2022
The combination of water scarcity and aging infrastructure is pushing water utilities to use machine learning analytic software to predict demand patterns and develop long-term investment plans.
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Top Cybersecurity Trends Driving Digital Transformation For Water Utilities
5/23/2022
Cybersecurity continues to grow as a critical initiative for water utilities, with certain trends helping to drive and even accelerate digital transformation.
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A Look Behind Using Machine Learning For Anomaly Detection
5/23/2022
There is a lot of buzz and hype around machine learning and artificial intelligence (AI). While machine learning and AI can be powerful tools to solve practical business challenges, these kinds of techniques are not a silver bullet.
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Understanding The Differences Between A Digital Journey And Digital Strategy
5/23/2022
Deciding on a successful digital direction for your organization involves wading through many competing factors. Given these ancillary factors, how can you create a resilient digital journey?