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Complete on-line water monitoring

On-Line Analyzers

On-line Analyzers

OPA 2000


The OPA 2000 is the latest development in the Skalar on-line analyzer range. This batch analyzer analyses several parameters sequentially in one monitor. The unique dosing technique with ceramic pumps provides, minimal sample pre-treatment, the lowest reagent consumption and very low maintenance. The OPA 2000 has an on-board industrial touch-screen computer, which can also be accessed remotely for control purposes, real-time data reports and data storage, as well as used locally.

SA 9000


The SA 9000 series is based on the well-proven flow analysis technique. This principle allows even the most complex analysis to be automated reliably on-line, with excellent correlation with laboratory results. This model measures the process stream continuously for 1 or 2 parameters simultaneously.

Fluo-Imager M153 & M132 B


The on-line Fluo-Imager measures the untreated sample directly, without any need for sample pre-treatment. The unique fluorescence scanning technique of this batch monitor provides quick response with easy operation. The analyzer utilizes the on-board library to identify multiple parameters and takes only a few minutes from sampling to production of results.

Complete Water Monitoring System


Successful on-line analyses is only possible when the sampling, analysis and data handling are correctly managed and effectively combined. Skalar has for many years installed complete water monitoring stations. This insures that these factors are efficiently dealt with and provides a more complete service for our customers. Every complete water monitoring station can be adjusted to the requirements and specific needs of the situation and application. Normally these total solutions are delivered in concrete houses, that can be equipped with numerous facilities to create the optimum analyzing conditions.

News

The automation of the determination of Starch in beer samples

The production of beer includes several steps. One of these is the conversion of starch to fermentable sugars by enzymes. The source for the starch is commonly malted barley, although other sources can also be used. By analyzing the concentration of starch, one can determine if this process of converting starch to sugars is completed.

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Skalar SAN++ Analyzer for Sea Water Analysis - Optimum Accuracy and Performance

With the new generation of Skalar SAN++ Continuous Flow Analyzers the researches got the tools to solve these problems and provide a solution for the analysis of phosphate, nitrate, nitrite, ammonia, dissolved organic carbon, silicate and many others.

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PittCon 2008 - A successful Show

On behalf of all of us, we would like to thank you for your for your visit to our booth at "PittCon 2008" at the Ernest N. Morial Convention Center in New Orleans in the United States.

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