You have been redirected to your local version of the requested page
Request quote

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.

SGP Web Form - Webinar Gated Download
Fill up the form to watch the webinar
 
 
 
 
The fields marked with an asterisk (*) are mandatory.
 
 
 
 
Business Email Address*
 
 
 
Salutation*
 
 
 
First Name*
 
 
Last Name*
 
 
 
Company Name*
 
 
 
Job Title
 
 
Phone*
 
 
 
Industry*
 
 
Country*
 
 
 
I allow Metrohm AG and its subsidiaries and exclusive distributors to store and process my data in accordance with its Privacy Policy and to contact me by e-mail, telephone, or letter to reply to my inquiry and for advertising purposes. I can withdraw this consent at any time by sending an e-mail to marketing@metrohm.com.sg
  
 
I agree to the Privacy Policy of www.metrohm.com *
 
 
 
Yes, I would like to receive the newsletter from Metrohm
 
 
 
Webinar ID
 
 
 
 
 
 
 

Learn more about our IC solutions

Related applications (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
2 / 4