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While most common meter technologies are precise enough under normal conditions, the presence of entrained gases can throw them off. Understanding how entrained gas can disrupt flow measurement ― and the technologies that can help overcome this challenge ― are key to ensuring reliable and efficient plant operation.
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Water and wastewater facilities are under growing pressure to reduce energy use, minimize water loss, and optimize chemical consumption. Achieving these goals requires real-time measurement and control technologies that deliver accurate data, enabling operators to improve efficiency, ensure compliance, and make smarter, more sustainable process decisions.
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Traditional open channel flow measurement methods often struggle with accuracy and maintenance issues, driving up costs and compliance risks. The OPTIWAVE 1520 radar system addresses these challenges with non-contact technology, smart algorithms, and robust construction—delivering reliable data, minimal upkeep, and long-term value for wastewater collection systems.
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Aging differential pressure transmitters are increasingly outmatched by modern wastewater demands. This article explains how 80 GHz radar technology improves accuracy, reduces maintenance, simplifies installation, and enhances safety, positioning non-contact measurement as a practical and cost-effective retrofit for level and flow monitoring.
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Variable area flowmeters remain a trusted solution for many industrial applications due to their simplicity, reliability, and low operating requirements. This article examines key selection considerations, modern enhancements, and how modular designs and advanced diagnostics are helping VA meters stay relevant in increasingly complex process environments.
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