Page 32 - Shimadzu Journal vol.7 Issue1
P. 32

Shimadzu           Shimadzu selected 14 articles for this issue. They derive from application notes and technical reports
                Selection          related to environmental analysis, and utilize a variety of Instruments we produce. Cutting-edge
                                   researches are also included.







                        Selection 1  Drinking Water
                         Analysis of PFAS Specified in EPA Method 537 and Beyond using Shimadzu UFMS™
                         This application news demonstrates the use, performance and compatibility of Shimadzu Ultra-fast Mass Spectrometry (UFMS™) for
                         EPA Method 537 with an expanded compound panel of seven additional PFAS.




                        Selection 2  Air Pollutants
                         Analysis of Volatile Organic Compounds in the Environment Using the Restore Function of TD-GC/MS
                         Measuring the concentration of volatile organic compounds (VOCs) in the air serves as a means of determining air pollution and is
                         used to monitor pollution in a wide variety of environments, such as within manufacturing plants, urban areas, and indoor
                         environments. This report describes the results from studying the appropriate sample line temperature for each section in terms of
                         optimizing analytical conditions for simultaneously measuring VOCs with a wide range of low and high boiling points.




                        Selection 3  Herbicide in Beverages
                         Direct Analysis of Glyphosate, Glufosinate and AMPA in Beverages Using a Triple Quadrupole LC/MS/MS
                         This article introduces a method for a high-sensitivity measurement of glyphosate, glufosinate and AMPA that does not require
                         complex pretreatment or timeconsuming derivatization.



                        Selection 4  UHPLC/SFC Switching System
                          Improving Separation and Method Development Efficiency Using the Nexera UC/s UHPLC/SFC
                          Switching System
                          Pharmaceuticals, foods, environmental testing, and many other fields require a wide variety of separation methods, such as for
                          separating chiral compounds and structural isomers. By combining both UHPLC and SFC, the Nexera UC/s UHPLC/SFC switching
                          system enables both UHPLC and SFC analysis using a single system. By using two separation methods, UHPLC and SFC, for
                          screening during the method development process, the system can result in configuring superior analytical conditions more quickly.




                        Selection 5  Tap Water
                         Analysis of Perchlorate in Tap Water Using a Triple Quadrupole LC/MS/MS
                         Perchlorate is a chemical compound that may occur naturally. It can be found in minerals and is also known to be generated from
                         photochemical reactions in the atmosphere. Perchlorate is difficult to remove from tap water sources by regular purification
                         processes and no method has been specified in Japan as of yet. This article introduces a high-sensitivity analysis of perchlorate in
                         tap water using the LCMS-8050.




                        Selection 6  Recycled Plastics
                         Quantitative Analysis of Recycled Plastics Using FTIR
                         The main four components of recycled plastics are polyethylene (PE), polypropylene (PP), polystyrene (PS), and polyethylene
                         terephthalate (PET), which are all commodity resins. Quality standards are defined for recycled plastics and to determine the
                         composition of components, generally a sample is dissolved in a solvent and then analyzed using a nuclear magnetic resonance
                         (NMR) spectrometer.
                         This article introduces a screening analysis method using a Fourier transform infrared spectrophotometer (FTIR).




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