Water Quality Ozone Detector: Rapid and Accurate On-Site Ozone Monitoring Solution

Ozone, as a potent disinfectant, plays an important role in the field of water treatment, but its concentration control is crucial. Low concentration cannot effectively kill pathogenic microorganisms, while high concentration can produce harmful by-products such as bromate. As a key tool for modern water quality monitoring, the water quality ozone detector provides users with reliable ozone concentration monitoring solutions through its fast and accurate detection capabilities, ensuring water quality safety and treatment effectiveness.

The importance of water quality ozone detector

Ozone plays an important role in water treatment processes, as its strong oxidizing properties can effectively kill bacteria, viruses, and remove odors and color. However, precise control of ozone concentration is directly related to treatment effectiveness and water safety. Real time monitoring of ozone concentration is crucial in fields such as drinking water treatment, swimming pool water disinfection, and medical wastewater treatment. Traditional detection methods have problems such as complex operation and slow response, which cannot meet the real-time monitoring needs of modern water treatment. The emergence of water quality ozone detectors has effectively solved these industry pain points.

Working principle

The water quality ozone detector is based on the standard principle of "HJ 504-2009 Determination of Water Quality Ozone - Sodium Indigo Disulfonate spectrophotometric method", and achieves accurate determination of ozone concentration through photoelectric colorimetric method:

Color reaction: Ozone in the water sample reacts specifically with indigo disulfonate (IDS) reagent, causing the reagent to fade, and the degree of fading is proportional to the concentration of ozone.

Optical detection: The instrument is equipped with an imported cold light source and measures the absorbance changes of the solution at a specific wavelength (600nm).

Intelligent computing: Automatically calculate ozone concentration through built-in calibration curves and directly display detection results.

The instrument adopts automatic wavelength selection technology and temperature compensation function to ensure accurate and reliable detection results under different environmental conditions, with measurement repeatability<0.5%.

Technical advantages

Dual range detection: providing two range ranges of 0.02~1mg/L and 0.2~10mg/L to meet the detection needs of different concentrations from drinking water to sewage.

Intelligent operation: Equipped with Android intelligent operating system, 3.5-inch color touch screen supporting both Chinese and English interfaces, built-in operation guide, no need for professional training to get started.

Fast and Accurate: Combined with rapid color reagents, the detection time is less than 3 minutes, and the sensitivity reaches 0.001 absorbance, ensuring the accuracy of the detection results.

Portable design: Weighing only 325g, measuring 190 × 77 × 72mm, equipped with a 5600mAh lithium battery, supporting 8-hour continuous outdoor work.

Data management: Store over 80000 pieces of data, support multiple transmission methods such as Type-C, WiFi, Bluetooth, etc., and support cloud platforms for remote monitoring.

Application Fields

Drinking water treatment: monitoring of ozone disinfection process in waterworks and bottled water plants

Swimming venue: Monitoring of ozone disinfection effect on swimming pool water

Medical wastewater: ozone concentration control in hospital wastewater treatment process

Industrial Water Treatment: Disinfection Monitoring of Process Water in Food Processing, Pharmaceutical and Other Industries

Environmental Monitoring: Surface Water Ozone Pollution Monitoring and Emergency Detection

Research Experiment: Water Treatment Technology Research and Teaching Experiment

Industry pain points and solutions

1. Pain point analysis

Low detection efficiency: Traditional methods are cumbersome to operate and time-consuming

High professional requirements: requires skilled operators

Difficulty in outdoor testing: Laboratory equipment is not portable

Inconvenient data management: manual recording is prone to errors

2. Solution

Quick detection: Optimize the detection process and complete the detection within 3 minutes

Intelligent operation: built-in operation guide, reducing the threshold for use

Portable design: Lightweight body with long-lasting battery to meet outdoor needs

Cloud Platform Management: Implementing Automatic Data Upload and Analysis

The water quality ozone detector, with its fast and accurate detection capability, intelligent operation, and excellent portability, has become an important tool in the field of water quality ozone monitoring. By addressing the pain points of traditional detection methods, this instrument provides users with reliable on-site decision support, helping various industries achieve refined water quality management.

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