WASTEWATER MEASUREMENT RESOURCES
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How water utilities get by when bad things happen is a reflection of their system's resilience.
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Level monitoring systems has successfully triumphed every implementation. Their deployments allow the users to measure the level of liquid stored in a container of any shape, size, orientation, or material. Powered with the advanced telemetric technology of Internet of Things, these systems measure liquid level without making any contact with the liquid and transmit the readings to a comprehensive platform suite.
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Have you ever been trapped in “development hell”? If you’ve been involved in developing software applications, you can probably relate to the feeling. Modern technologies offer many promising possibilities for your enterprise, but the actual process of development can feel endless and painful, especially for control engineers or other professionals who may not have extensive training in software development. In this white paper, learn about the development platform.
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To say that instrumentation, automation, and control are key to the modern wastewater industry is somewhat of an understatement. With growing populations, tighter consent parameters, and the need to do more for less, operational efficiency is more and more important.
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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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There are numerous ways that InfoWorks ICM can help you work more efficiently. From model development and simulation runs, ICM is designed to help the user streamline ongoing projects and data intake. It provides a digital representation of the natural and constructed environment surrounding your sewer and stormwater networks, above and below ground so you can confidently manage your systems.
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In this white paper, learn how to decrease alarms due to redundant level devices not matching, especially in applications with high pressure and/or high temperature. The importance of Gas Phase Compensation (GPC) and how it affects level readings of guided wave radar (GWR) devices is critical. The presence of polar gas also can have an effect on the accuracy of any GWR that does not have GPC when installed in applications where high temperature or pressure is present. This paper will discuss these issues and address how to overcome them.
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An electrical engineer does the math on coagulation process control, using computational modeling to determine best practices.
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The water-rich municipality of Lillestrøm was looking for a way to acquire more useful data to ensure decision-making and use of resources were as efficient as possible. Implementing a centralized artificial intelligence (AI) software has transformed water management and analytics for the better.
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A mid-size water system in the southeast was looking to pull together multiple measurements in a single panel. After reviewing off-the-shelf solutions, they realized there was nothing that met their requirements.