Optimize ion chromatography for your application

77 min

en

// Ion chromatography

Dr. Andrea Wille from Metrohm International Headquarters presents how ion chromatography analyses can be optimized, including the detection method and sample preparation technique. Waste water, tap water, and surface water analysis are discussed in more detail.

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Zásady ochrany osobních údajů

Povoluji společnosti Metrohm AG a jejím dceřiným společnostem a výhradním distributorům ukládat a zpracovávat moje údaje v souladu s jejími zásadami ochrany osobních údajů a kontaktovat mě e-mailem, telefonicky nebo dopisem, abych odpověděl na můj dotaz a pro reklamní účely. Tento souhlas mohu kdykoli odvolat zasláním e-mailu na adresu office@metrohm.cz.

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Learn more about our IC solutions

Ion chromatographs

Ion chromatographs

We offer cost-effective, compact, and stand-alone options for routine analysis as well as modern, fully automated, and hyphenated systems for advanced applications.

Metrohm Inline Sample Preparation

Metrohm Inline Sample Preparation

Fully automated sample preparation for even the most challenging samples in ion chromatography analyses: MISP includes Inline Ultrafiltration, Inline Dialysis, Inline Dilution, and much more.

Ion chromatography detectors

Ion chromatography detectors

Our range of detectors includes multiple detectors for conductivity, UV/VIS, and amperometric detection. In addition, Metrohm IC instruments can be hyphenated to mass spectrometers from any brand.

Související aplikace (50)

Hyphenated techniques as modern detection systems in ion chromatography

// Drinking water // Boron, silicon, germanium, arsenic, selenium, antimony, tellurium // Water – seawater

Trace-level determination of perfluorinated compounds in water by suppressed ion chromatography with inline matrix elimination

// Halogens – organics // Drinking water // Water (surface, sea, etc.)

Influence of pH, temperature, and molybdate concentration on the performance of the triiodide method for the trace-level determination of bromate (EPA 326)

// Drinking water // EPA Method 326.0 // Water – others

Determination of hexavalent chromium in drinking water according to a U.S. EPA Method

// Transition metals – iron, chromium // Drinking water // Military

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