WASTEWATER INSTRUMENTATION RESOURCES
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Remote wastewater services offer numerous benefits across various industries, enhancing cost efficiency and environmental sustainability. What follows are some real-world examples of industries utilizing these services.
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Managing pH in wastewater treatment is a crucial undertaking for water utilities. Solid contaminants often receive more attention, as they're more obvious threats, but sub-optimal pH levels can be dangerous, too.
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Recent improvements in remote monitoring and management technologies, particularly in the wastewater treatment sector, have revolutionized operational efficiency. Key technologies include IoT sensors, AI analytics, and cloud computing. This article explores their applications and benefits in enhancing wastewater treatment processes.
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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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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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How digitalization technologies, including data analytics and asset management, can offer smart, sustainable solutions to our planet's wastewater treatment challenges — and help combat the problems of global water scarcity.
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The sole role of automatic water level controllers is to automatically maintain the reservoir or tank's water level within the range you want. These devices are comprised of a control unit with a pump or valve as per the build-up and sensors. You can find the sensors at different levels, which will help you trace the water level.
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As water management issues proliferate due to scarcity, contamination, and stricter regulations, monitoring solutions are rising to meet the challenge.
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Smart sensors for water treatment facilities are revolutionizing wastewater processing and clarification, leading to some amazing benefits. Modern water treatment has become a high-tech field as many facilities have begun adopting connected IoT sensors to monitor their equipment and water quality. Learn more about the benefits of these smart sensors and why they are an integral part of today's water treatment industry.
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Dissolved oxygen sensor monitoring is critical to making wastewater plants run smoothly and within regulations. Here are some fascinating things people can learn by looking at data from these devices.
WASTEWATER INSTRUMENTATION SOLUTIONS
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Why Measuring Hydrogen Sulfide In Wastewater Matters
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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The Myron L® Company Ultrameter II™ 6PFCE
The Ultrameter II is a prime example of how high-tech engineering can greatly simplify and streamline a task. Whether in the lab, industrial plant, or in a remote field location, there are only a few simple steps to take a reading.
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Ultrapen™ PT6 Nitrate & Temperature Pen
The PT6 is a rugged, lab-accurate water quality pocket tester with simple, one-button functionality.
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UltrapenX2™ PTBT5 Bluetooth® Enabled Dissolved Oxygen (DO) & Temperature Pen
The PTBT5 is a lab-accurate water quality pocket tester that allows you to use your mobile device and the X2 app to measure, store and export data.
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Ultrapen™ PT5 Dissolved Oxygen (DO) & Temperature Pen
The PT5 is a rugged, lab-accurate water quality pocket tester with simple, one-button functionality.