Theme 32: Use of Information and Analytical Systems
Description
Sequential injection analysis (SIA) present attractive characteristics for analyses in large scale. In SIA the analytical determination can be performed automatically reducing the number of steps usually involved in a chemical analysis. In order to demonstrate the advantages found in the implementation of a SIA procedure in a laboratory dedicated to routine analyze, the determination of volatile nitrogen in silage and soil samples has been performed. The nitrogen content was determined after NH3 on-line separation in alkaline conditions by using a gaseous diffusion or a pervaporation unit for liquid-liquid separation. An ammonium tubular selective electrode detector was used for determinations.
Citation
Nogueira, A. R. A.; Silva, F. V.; Kamogawa, M. Y.; Souza, G. B.; and Ferraz, L. F. M., "Sequential Injection Analysis: A Powerful Tool for Routine Soil and Plant Laboratories" (2022). IGC Proceedings (1993-2023). 7.
https://uknowledge.uky.edu/igc/19/32/7
Included in
Sequential Injection Analysis: A Powerful Tool for Routine Soil and Plant Laboratories
Sequential injection analysis (SIA) present attractive characteristics for analyses in large scale. In SIA the analytical determination can be performed automatically reducing the number of steps usually involved in a chemical analysis. In order to demonstrate the advantages found in the implementation of a SIA procedure in a laboratory dedicated to routine analyze, the determination of volatile nitrogen in silage and soil samples has been performed. The nitrogen content was determined after NH3 on-line separation in alkaline conditions by using a gaseous diffusion or a pervaporation unit for liquid-liquid separation. An ammonium tubular selective electrode detector was used for determinations.
