QuickTOCpurity

Continuous water analyzer for pure & ULTRA-PURE water

A seamless online TOC measurement solution

OurLAR™QuickTOCpurity™ water analyzeris the most reliable measurement system for the determination of the total organic carbon (TOC) inpureandultra-pure water.

The QuickTOCpurity is theonline TOC measurementsystem for the determination of total carbon (TC), total organic carbon (TOC), total inorganic carbon (TIC) and dissolved organic carbon (DOC)in pure water according to DIN EN 1484, ISO 8245 and EPA 415.1. Iit can easily satisfies the most stringent TOC monitoring requirements wherever pure water is produced or consumed. Some examples includeWater for Injection (WFI)in biotechnology and pharmaceutical industry, boiler condensate reclaim in the power industry, RO and DI water for the microelectronics industry, and municipal drinking water treatment.

The QuickTOCpurity has been engineered to work without the aid of expensive catalysts by using temperatures of more than 1,200°C, well in excess of the current state of the art for online thermal catalytic oxidation which uses temperatures of only 680° to 1,000°C. Operating at these temperatures enables the QuickTOCpurity to quickly, completely oxidize even difficult-to-combust compounds, regardless of their composition. Also, The QuickTOCpurity can operate in a continuous batch mode, producing results everythree to five minutes. This guarantees the detection of even brief, transient peaks throughout the day.

QuickTOCpurity水分析仪监控的必要lity of ultra-pure water in various industries. It is specifically designed to measure the concentration of Total Organic Carbon (TOC) in water samples that have been treated to remove impurities, such as ions, bacteria, and particulate matter, to achieve high levels of purity.

The QuickTOCpurity water analyzer is used in a wide range of industries, including:

半导体Manufacturing:The analyzer is used to monitor the quality of ultrapure water that is used in the manufacturing of semiconductors and other electronic components.
Pharmaceutical Manufacturing:The analyzer is used to monitor the quality of ultrapure water that is used in the production of pharmaceuticals and medical devices.
Power Generation:The analyzer is used to monitor the quality of ultrapure water that is used in power generation facilities, such as nuclear power plants, to ensure that it meets the required standards for cooling and other processes.
Research and Development:The analyzer is also used in research and development to study the behavior of organic compounds in ultrapure water and to develop new technologies for water treatment.

features & benefits

Measurement range: 0.1 – 20 mg/l, 1 – 2,000 µg/l
Fast Response Time TC: 1 min
Continuous TC, TOC, TIC monitoring is easy
Easy calibration and validation (Quick Calibration)
Highest combustion temperature (1,200°C) available on the market
Catalyst-free technique
Closed system to prevent contaminations
No memory effects
Low operational and maintenance costs
According to DIN EN 1484:1997-08, ISO 8245:1999-03 and EPA 415.1

OPTIONS

Flow Sampler
Ambient Air Preparation Unit
CO2-Remover
Multi-stream measurement for up to 6 sample streams
Combination with COD and TNb detection

HOUSINGS

IP54 (Standard)
NEMA 4X
ATEX Zone I
ATEX Zone II
IECEx

Applications

Pure water
Process water
Boiler feed water
Condensate return

To Top

We are the TOC Leaders™

Do you have a LAR instrument?
Do you need technical support? Open a ticket.

Brochure

GET A QUOTE TODAY | SALES | SERVICE | TRAINING

Americas +1 713.947.9591
EMEA +49 69 20436910
China/APAC +86 400 086 0106

info@process-insights.com

info@emea.process-insights.com

EASILY MONITOR ORGANIC LOAD AT 1,200°C

The QuickTOCpurity water analyzer uses a high-temperature combustion process to dissolve all carbon bonds and convert organic carbon in ultrapure water to carbon dioxide (CO₂) for measurement.

When a water sample is injected into the analyzer, it is first acidified to a pH of about 2 to remove any inorganic carbonates that might be present. The sample is then passed through a combustion furnace that is heated to a temperature of about 1,200°C.

At this high temperature, all the carbon bonds in the organic compounds present in the sample are broken and the resulting carbon is converted to carbon dioxide (CO₂). This combustion process occurs in the presence of oxygen, which ensures complete oxidation of all organic compounds.

The CO₂that is produced during the combustion process is then detected by an infrared detector, which measures the amount of CO₂that is produced. The amount of CO₂produced is proportional to the amount of organic carbon that was originally present in the water sample.

Finally, the QuickTOCpurity analyzer calculates the concentration of Total Organic Carbon (TOC) in the sample by multiplying the concentration of CO₂produced by a conversion factor that takes into account the amount of sample that was analyzed and the dilution factor.