Applicable scenarios of TOC combustion method

1、 Core application scenario: Accurate matching of high demand water quality monitoring

1. Monitoring of Enterprise Sewage Discharge Outlets
   The TOC/COD content in enterprise wastewater must meet the discharge standards. The equipment supports two ranges of 0-200mg/L and 0-500mg/L, and can also switch COD mode (up to 1000mg/L), accurately capturing the organic carbon content in wastewater, helping enterprises control the discharge water quality and avoid the risk of exceeding the standard; And detect moregoodThe accuracy is higher than conventional methods, and the data is more reliable.
2. Water quality monitoring of waterworks
   Some northern water plants strictly control the TOC of raw water and treated water. The combustion method TOC can accurately detect low concentrations of organic carbon, timely detect problems of excessive organic matter in water quality, and ensure water supply safety; At the same time, the equipment complies with the National Standard for COD Detection (HJ 353), with built-in quality control standard solution and alarm function, meeting the compliance monitoring requirements of the water plant.
3. Monitoring of River Water Quality and Environment
   The water quality of rivers needs to be regularly monitored for organic pollution. The combustion method TOC does not require complex pretreatment and can quickly analyze water samples (with efficient detection by carrier gas transmission) without generating a large amount of waste liquid. It is suitable for long-term monitoring in the field or fixed stations, providing data support for river ecological protection and pollution control.
4. Monitoring of special water quality (such as seawater)
   The detection of high chloride ion crystallization interference in seawater is equipped with a halogen eliminator, which can solve the problem of chloride ion interference; By shortening the catalyst replacement cycle (1-2 months), stable detection of TOC content in seawater can be achieved, making it suitable for scenarios such as marine environmental monitoring and seawater desalination.

2、 The core advantage of scene adaptation: making monitoring more efficient and compliant

1. Strong complianceDesigned according to national standards, supporting 485 communication, data can be uploaded and traced, meeting the environmental monitoring compliance requirements of enterprises, water plants and other scenarios;

2. Wide adaptabilityFrom low concentration tap water and river water to high concentration enterprise wastewater, and then to high chlorine seawater, it can be adapted by adjusting parameters such as range and catalyst cycle;

3. Low operation and maintenance costsThe single dose of dilute hydrochloric acid is only 0.1 milliliters, and the catalyst in conventional scenarios is replaced every 6-12 months. The cost of consumables is low, reducing long-term operation and maintenance pressure.

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