Links
17 Links to other pages: monitoring
Low cost Ultrafine Bubble Monitoring ALT-9F17 system, to measure reliably the concentration of ultrafine bubbles (nanobubbles) in your water.
Advanced Ozone Water Sensor EL-610 series based on UV absorption technology
Small pump can be used in combination with the ALT 9F17 for constantly sampling water into the nano-bubble monitoring system.
System-in-type ozone monitor EL-550 series based on UV absorption technology
Reliable water monitoring for hydrogen peroxide. Maintain the hydrogen peroxide concentration in your water processes safely and accurately. Our water monitors provide continuous measurement, monitoring, and alarming – essential for safe disinfection and optimal process quality.
The ECLG‑35 Residual Chlorine Meter is a high-precision, reagent-free sensor designed for continuous monitoring of free residual chlorine in drinking water and industrial water systems. Utilizing a 3-electrode pulse voltammetry method, the ECLG-35 offers accurate and stable measurements without the use of chemical reagents, significantly reducing operational costs and environmental impact. The sensor features an advanced automatic cleaning system, combining bead flow and electrolytic cleaning to maintain consistent sensitivity and minimize drift over time. With a measuring range of 0.00–3.00 mg/L, high repeatability (±2% FS), and a fast response time (T90 ≤ 1 minute), the ECLG-35 ensures reliable chlorine control under varying water conditions. This unit is equipped with automatic temperature compensation and a built-in thermistor, ensuring stable performance across a wide pH and conductivity range. Installation is flexible: wall-mounting is standard, or optional pipe-mounting is available on Ø50 mm tubing. Ideal for use in water treatment plants, distribution networks, buildings, hospitals, hotels, and food or pharmaceutical industries, the ECLG‑35 provides peace of mind in water safety and regulatory compliance — all while operating without consumables or complex maintenance procedures. If you need a durable, low-maintenance chlorine meter that delivers long-term accuracy and efficiency, the ECLG‑35 is the wise choice.
The ECD-100 Colored Wastewater Detector provides real-time monitoring of discoloration in industrial and municipal wastewater treatment systems. Using advanced RGB LED light transmission technology, the sensor detects even the slightest changes in water color. Measurements are taken every 5 seconds and transmitted via dual 4–20 mA outputs, making integration into existing systems straightforward. Thanks to its compact, submersible design and automatic air-cleaning system, the ECD‑100 Colored Wastewater Detector is both low-maintenance and highly reliable. It's ideal for early detection of contamination, process control, or compliance with environmental discharge regulations. With no need for chemical calibration, a fast setup, and affordable operation, the ECD-100 is an innovative and cost-effective alternative to turbidity or colorimeters in a wide range of applications, including food and beverage, chemical plants, and wastewater treatment facilities.
The Ozone Waste Water Sensor is a compact and reliable solution for measuring dissolved ozone in water. This sensor is designed for situations where accuracy, speed, and stability are essential – from industrial processes to water treatment and laboratory applications. Where ozone is used for disinfection or process monitoring, reliable measurement is essential. The ELP-200 helps to guarantee that the measurement is continuous. Thanks to innovative technology and a robust design, this system delivers stable results, even in challenging environments. The operation is simple, and the measurement results can be read immediately. This makes our Ozone Waste Water Sensor very practical to use. The system seamlessly integrates with existing processes, contributing to efficient and safe business operations. Whether you work in the pharmaceutical, food industry, water purification, or research, with the Ozone Waste Water Sensor from Acniti, you get a proven and user-friendly measurement solution that does what it is supposed to do: provide reliable insight into the quality of the water.
Dissolved Oxygen Control System: DO controller for applications that require a high accuracy of dissolved oxygen levels such as aquaculture and water treatment aeration. In combination with the DO controller achieve an optimal environment with energy savings by running the equipment for the minimum time required by the settings.
Sensor for measuring ozone concentrations levels from 0-20 mg/L in water. The working principle of the ozone concentration sensor is Lambert's cosine law, which is obtained via UV light.
Measure and control precisely ozone levels in gas measures from 0-60g/m3. Measurement principle based on UV absorption or Polarographic with Polymeric.
High concentration nanobubble generator, producing the highest concentration of bubbles in the industry. Creates billions of nanobubbles in water.
The UltramaxO2 Oxygen Analyzer offers accurate, real-time oxygen measurement with advanced sensing technology, which is ideal for healthcare, industrial, and environmental applications.
The underwater oxidant meter is an advanced measuring instrument that detects oxidants in salt and brackish water without the need for reagents.
Dissolved components measurement systems are instruments employed to determine the minor components concentration present in water when it's dissolved. The developed CX-100-II revolutionizes water quality analysis by utilizing the Vapor–liquid separator method for accurate measurement dissolved gases including ozone in water. Unlike conventional methods, it swiftly eliminates dissolved ozone and interferences, providing reliable on-site measurements. Its versatility in detecting minute sample quantities and ability to measure heavily polluted water beyond set concentrations make it a valuable tool. This innovation is particularly beneficial for applications like disinfecting water and maintaining water quality standards. With its user-friendly operation and robust performance, the CX-100-II stands as a significant advancement in water component analysis for various fields.
Nanobubbles can be measured by the same technology as measuring small particles. You can measure bubbles by camera (count pixel size) or laser (count blackout time), also as a simple method to know number index, you can refer information of turbidity. When you measure UFB, most common way is to analyze Brownian Motion.
The electrical properties of gas bubbles are important in determining the interaction of nano-bubbles if and when they merge together and how they interact with other materials such as solid particles or oil droplets. Knowledge about this helps application development in for example, protein skimmers, froth flotation, food processing, washing surfaces and purification.