Monitoring of organic substances in industrial water using the Sievers TOC analyzer.

basic information

**Low Concentration TOC Analyzer Sievers M Series** Measurement Principle: Wet oxidation + gas permeable membrane conductivity measurement method Measurement Range: 0.03 ppb to 50 ppm Features: - High precision measurement in low concentration range - Rapid analysis with turbo mode (4 seconds) (normal mode takes 2 minutes) - Supports sample temperatures up to 95°C - Calibration stability for up to 1 year - Three models to choose from (laboratory type, portable type, online type) **High Concentration TOC Analyzer Sievers InnovOx** Measurement Principle: Supercritical water oxidation + NDIR method Measurement Range: 50 ppb to 50,000 ppm Features: - Capable of analyzing samples containing particulates and dissolved solids - Measurement time of 5 to 15 minutes - Calibration stability for over 6 months - Laboratory type only

Price range

Delivery Time

Applications/Examples of results

- Cooling water - Condensate - Boiler feed water - Chemical leak detection - Raw water - Drainage

Detailed information

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  Raw water quality changes with weather and seasons. By monitoring these fluctuations, appropriate pretreatment can be achieved.

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  Cooling water River water and seawater used for cooling must be monitored for contamination before discharge to avoid environmental impact.

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  Leak detection Contamination of boiler equipment due to leaks from heat exchangers affects the quality of the condensate. If not detected properly, the contamination may spread to other processes.

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  Boiler feed water Organic contaminants in the feed water can accelerate corrosion and scaling of boiler equipment, so it is important to monitor organic substances and prevent damage to the equipment.

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  By measuring the organic load in the drainage, it can be processed more efficiently.

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