- Beer and Malt
- Total Sulfur Dioxide
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Skalar has automated the detection of trace concentrations of formaldehyde in water and the total concentration of formaldehyde in adhesives on the San++ in cooperation with Dynea.
Automating these analytical procedures with the San++ provides Dynea excellent, reliable and reproducible results and saves on costs and labor time.
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Many laboratories on a daily basis analyze many samples for the presence of various forms of cyanide. Most of these samples do require manual distillation and/or digestion of the sample prior to a standard colorimetric detection in order to remove the presence of known interferences.
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Milk samples from each individual cow are tested on composition and quality by specialized laboratories. The quality test indicates whether the demands for hygiene during production and on-farm storage of the milk are met. The milk composition test is essential for e.g. feeding optimization and timely medical treatment.
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Dissolved oxygen (DO) is one of the most important parameters monitored when evaluating the water quality. Since the 80’s Skalar automated the labor-intensive Biochemical Oxygen Demand (BOD) analysis on its range of Robotic Analyzers. Skalar is continuously developing its analyzers with the latest innovations.
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Small scale sealed-tube method according to ISO 15705 and EPA 410.4 Most laboratories are familiar with the well-known chemical oxygen demand or COD value of water. The Chemical Oxygen Demand (COD) test is intended for the examination of waters of various qualities.
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Based on the principle of Continuous Flow Analysis (CFA) technique, the San++ Automated Wet Chemistry Analyzer has been designed as a modular system to meet the needs of laboratories which process a few samples or large volumes of samples.