Measuring Chemical Oxygen Demand (COD) in water Water quality depends on the ability to identify and quantify pollutants likely to affect natural environments, industrial processes, or resources intended for human consumption. Among the indicators used, measuring Chemical Oxygen Demand (COD) plays a central role in assessing the overall load of oxidizable substances present in water.…
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Wastewater Conductivity Measurement: Role and Interpretation Measuring conductivity is a widely used field parameter for monitoring changes in wastewater and detecting anomalies quickly. This article explains how conductivity works, its role in urban and industrial sanitation, and the different methods that ensure reliable and continuous monitoring. Understanding wastewater conductivity is essential for anticipating unusual discharges,…
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Cooling Tower Water Analysis: Complete Guide Analyzing cooling tower water is an essential step to maintain system performance and prevent physico-chemical or biological drift. Cooling towers play a central role in industrial heat rejection, but their operation depends on the stability of the circulating water. This article presents the key parameters, analytical methods and tools…
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In wastewater treatment, measuring the sludge blanket is a key parameter to guarantee the proper operation of settling processes. Whether in on-site sanitation systems or wastewater treatment plants (WWTP), controlling this parameter helps anticipate maintenance operations, prevent overflows and ensure regulatory compliance.
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Water softener maintenance: hardness control and resin servicing The correct adjustment of a water softener and regular maintenance of its resins directly affect the quality of the water distributed. For water treatment professionals, this is above all an essential control step to ensure the reliability of the installations. In this article, we will look at…
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Measuring dissolved oxygen (DO) in water is a fundamental parameter for assessing balance in natural environments and ensuring the proper operation of treatment systems. Whether in aeration basins, industrial waters, or aquatic ecosystems, monitoring this parameter provides key insight into biological activity, process performance, and environmental compliance.
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In a dialysis unit, water quality is a critical and mandatory parameter to monitor. It directly affects both the efficiency of treatments and the performance of dialysis machines. For medical and technical teams, the challenge lies in quickly and efficiently ensuring that the water is properly softened before each use.
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Water quality is one of the essential levers for the success of aquaculture. Even minor variations in certain parameters can have significant impacts, while precise monitoring ensures a favorable environment for fish development.
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Water quality measurement is a key step starting from the feasibility phase of an aquaculture project. It allows checking the quality of available sources, select suitable sites, and ensure that conditions are met to accommodate the intended species. Monitoring and measuring certain indicators confirms that all requirements are in place before implementation and helps secure the future success of farms.
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In collective heating installations, water quality is crucial to preserve performance and prevent premature wear of equipment. An imbalance in parameters such as hardness or pH can cause scaling and corrosion. This is why regular water monitoring is essential, especially during boiler and softener maintenance. A specialized maintenance company chose to simplify its interventions thanks to Aqualabo kits. The goal was to shorten intervention time, allow autonomous work, and still ensure reliable, high-quality monitoring.
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