TOC Systems, Inc. TOC/TN On-Line Process Analyzer

Description
The StarTOC TOC/TN On-Line Process Analyzer uses high temperature combustion with proven chemiluminescence technology to perform reliably for both TOC and Total Nitrogen analysis. Chemiluminescence: In the combustion reactor, the nitrogen in the sample is converted to nitric oxide (NO). This is then combined with ozone (O3), which takes the NO to a highly oxidized, yet unstable state. This reaction then very quickly decays, emitting light. This small amount of light is then quantified and is proportional to the nitrogen content of the sample.
Datasheet
Description
The StarTOC TOC/TN On-Line Process Analyzer uses high temperature combustion with proven chemiluminescence technology to perform reliably for both TOC and Total Nitrogen analysis. Chemiluminescence: In the combustion reactor, the nitrogen in the sample is converted to nitric oxide (NO). This is then combined with ozone (O3), which takes the NO to a highly oxidized, yet unstable state. This reaction then very quickly decays, emitting light. This small amount of light is then quantified and is proportional to the nitrogen content of the sample.
Datasheet

Suppliers

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Product
Description
Supplier Links
TOC/TN On-Line Process Analyzer -  - TOC Systems, Inc.
Alvin, TX, USA
TOC/TN On-Line Process Analyzer
TOC/TN On-Line Process Analyzer
The StarTOC TOC/TN On-Line Process Analyzer uses high temperature combustion with proven chemiluminescence technology to perform reliably for both TOC and Total Nitrogen analysis. Chemiluminescence: In the combustion reactor, the nitrogen in the sample is converted to nitric oxide (NO). This is then combined with ozone (O3), which takes the NO to a highly oxidized, yet unstable state. This reaction then very quickly decays, emitting light. This small amount of light is then quantified and is proportional to the nitrogen content of the sample.

The StarTOC TOC/TN On-Line Process Analyzer uses high temperature combustion with proven chemiluminescence technology to perform reliably for both TOC and Total Nitrogen analysis.

Chemiluminescence:

In the combustion reactor, the nitrogen in the sample is converted to nitric oxide (NO). This is then combined with ozone (O3), which takes the NO to a highly oxidized, yet unstable state. This reaction then very quickly decays, emitting light. This small amount of light is then quantified and is proportional to the nitrogen content of the sample.

Supplier's Site Datasheet

Technical Specifications

  TOC Systems, Inc.
Product Category Total Organic Carbon (TOC) Analyzers
Product Name TOC/TN On-Line Process Analyzer
Analysis Method High Tempature Oxidation
Analytes Measured Total Organic Carbon
Detector Type NDIR
Sample Introduction On-Line
Display Options Video
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