Page 2 - Application Handbook - TOC
P. 2

1.  Environmental Analysis
           1.1.  TOC determination in drinking water
           1.2.  TOC determination in wastewater
           1.3.  TOC determination in surface water and groundwater
           1.4.  TOC determination in seawater
           1.5.  TOC determination in solid samples using the suspension method
           1.6.  TOC determination in particle-containing samples – Cellulose test according EN 1484
           1.7.  Determination of particulate organic after filtration (glass fiber suspension)

       2.  Pharmaceutical Industry
           2.1.  TOC determination in ultrapure water – comparison of the various oxidation techniques
           2.2.  TOC determination in cleaning validation – Final Rinse
           2.3.  TOC determination in cleaning validation – SWAB Method
           2.4.  TOC determination according to EP 2.2.44

       3.  Chemical Industry
           3.1.  TOC determination in hydrochloric acid
           3.2.  TOC determination in nitric acid
           3.3.  TOC determination in sulfuric acid
           3.4.  TOC determination in brine solution
           3.5.  TOC determination in sodium hydroxide solution
           3.6.  TOC determination in soda solution
           3.7.  TOC determination in ammonia or ammonium salt solution
           3.8.  TOC determination in sodium nitrate and sodium nitrite

       4.  TOC special application
           4.1.  TOC determination in algal biomass – suspension method
           4.2.  TOC-Determination in liquid manure and fermentation fluids – suspension method
           4.3.  Carbon dioxide determination in beer

       5.  TOC in daily practice
           5.1.  TOC determination methods according to EN 1484
           5.2.  Determination of the purgeable organic carbon (POC)
           5.3.  TN b – total bound nitrogen
           5.4.  Kit for high-salt samples
           5.5.  Kit for small sample volumes
           5.6.  Kit for manual injections
           5.7.  Calibration with automatic dilution function
           5.8.  Blank value consideration in TOC analysis
           5.9.  TOC – Measurement principle – catalytic combustion at 680°C

       6.  TOC process analysis
           6.1.  Continuous TOC/TN determination in wastewater treatment plants
           6.2.  TOC process analysis in the paper industry
           6.3.  Continuous TOC determination in the chemical industry
           6.4.  Continuous  condensate monitoring using the TOC-4200
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