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Description
  • Agrochemicals

    Home > Industries > Chemical > Agrochemicals
    Innovative analytical solutions for the agrochemical development process including Synthetic Chemistry, Purification, Formulation, Trace Detection, and Metabolite ID.
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    CEN Whitepaper: Novel Methods for Accelerating Next-Generation Agrochemical Development

    Content Type: Literature | Content Subtype: White Papers Format: PDF File Size: 2169.93kB | Date(s): January 03, 2017
    This C&EN white paper examines innovative methods and technologies available to improve the analytical workflow for next-generation agrochemicals.
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    Improving the Analysis of Triazole Fungicides in Wheat Straw Samples using UniSpray Ionization with ...

    Content Type: Application Notes | Content Subtype: Technical Notes Format: PDF File Size: 754.25kB | Date(s): September 08, 2016
    This technology brief, evaluates the potential of Waters UniSpray source coupled with the ACQUITY UPC2 System and Xevo TQ-XS Mass Spectrometer versus ESI to improve peak response, repeatability and signal-to-noise for the analysis of triazole fungicides. ...
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    UHPLC Analysis of a Pesticide Formulation Using the ACQUITY Arc System with PDA, Mass Detection, and...

    Content Type: Application Notes | Content Subtype: Application Notes Format: PDF File Size: 974.31kB | Date(s): April 21, 2016
    In this application note, we present the analysis of a commercially available pesticide formulation which contained two active ingredients (AI): an insecticide AI 1, and tebuconazole, a triazole fungicide, AI 2.
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    Agrochemical Solutions Application Notebook

    Content Type: Application Notes | Content Subtype: Application Notebooks Format: PDF File Size: 18802.51kB | Date(s): July 02, 2015
    Application notebook covering chiral separations, synthetic chemistry, purification, formulation, trace detection, and metabolite identification for the development and manufacturing of crop protection products.
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    Stereoselective Separation of Triazole Fungicides Using the ACQUITY UPC2 System and ACQUITY UPC2 Tre...

    Content Type: Application Notes | Content Subtype: Application Notes Format: PDF File Size: 1322.52kB | Date(s): May 29, 2015
    In this application note we present the enantiomeric and/or diastereomeric resolutions of 12 triazole fungicides using Trefoil Column Technology.
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    Methodology for the Identification of Pesticide Metabolites in Complex Matrices Using UPLC-ToF/MS(E)...

    Content Type: Application Notes | Content Subtype: Application Notes Format: PDF File Size: 5215.61kB | Date(s): April 10, 2015
    In this application note, we describe a comprehensive approach to metabolite identification in complex matrices using UPLC and high resolution mass spectrometry in conjunction with the UNIFI Scientific Information System
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    Isolating Trace Impurities for Structural Elucidation in a Commercial Fungicide Formulation Using Pr...

    Content Type: Application Notes | Content Subtype: Application Notes Format: PDF File Size: 2792.72kB | Date(s): April 06, 2015
    In this application note, we describe how a workflow to achieve the full structural elucidation of trace impurities can be implemented using preparative supercritical fluid chromatography to isolate trace impurities.
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    Characterization of Impurities in the Fungicide Flutriafol Using UNIFI
    and UPLC-ToF-MS(E)

    Content Type: Application Notes | Content Subtype: Application Notes Format: PDF File Size: 2681.73kB | Date(s): February 19, 2015
    In this application note, the ACQUITY UPLC I-Class System coupled to the Xevo G2-XS QTof and PDA Detector were used to analyze technical-grade flutriafol material.
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    Enantioseparation of Metalaxyl Using ACQUITY UPC2 and Small-Scale Purification Using the Investigato...

    Content Type: Application Notes | Content Subtype: Application Notes Format: PDF File Size: 1723.39kB | Date(s): February 19, 2015
    In this application note, we present the chiral resolution of metalaxyl using the ACQUITY UPC2 System, followed by scaling to a semi-preparative purification using the Investigator SFC System.
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    Enantioseparation and Detection of Triazole Fungicides in Wheat Grain and Wheat Straw using the ACQU...

    Content Type: Application Notes | Content Subtype: Application Notes Format: PDF File Size: 1899.55kB | Date(s): September 03, 2014
    In this application note, ACQUITY UPC2 and tandem quadrupole mass spectrometry were used for the trace level enantioanalysis of five triazole fungicides.
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    Chiral and Achiral Profiling of a Pesticide Formulation Using the ACQUITY UPC2 System and the ACQUIT...

    Content Type: Application Notes | Content Subtype: Application Notes Format: PDF File Size: 1490.81kB | Date(s): March 25, 2014
    In this application note, we describe the analytical profiling of a triazole containing pesticide formulation using UPC2 and a combination of UV and mass detection.
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    Sample Profiling of Pesticide Formulations Using UV and MS Detection for Component Identification

    Content Type: Application Notes | Content Subtype: Application Notes Format: PDF File Size: 1415.52kB | Date(s): October 30, 2013
    In this application note, optical and mass detection were combined to provide a thorough profile of a commercially available pesticide formulation concentrate.
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    Enantioselective Resolution and Analysis of Chiral Pesticides in Formulations

    Content Type: Application Notes | Content Subtype: Application Notes Format: PDF File Size: 2129.55kB | Date(s): July 24, 2013
    In this application note, the enantiomeric and/or diastereomeric resolutions of two pesticides, metalaxyl-M (a phenylamide fungicide) and S-metolachlor (acetanilide class of herbicides), and their analyses in aqueous-based pesticide formulations are prese...
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    Enantiomeric and Diastereomeric Resolutions of Chiral Pesticides by ACQUITY UPC2 with UV Detection

    Content Type: Application Notes | Content Subtype: Application Notes Format: PDF File Size: 1675.57kB | Date(s): May 09, 2013
    In this application note, we present the enantiomeric and/or diastereomeric separations of three pesticides: metalaxyl-M, S-metolachlor (acetanilide class of pesticides), and difenoconazole (a triazole fungicide).
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    Enantiomeric and Diastereomeric Separations of Pyrethroids Using UPC2

    Content Type: Application Notes | Content Subtype: Application Notes Format: PDF File Size: 2085.26kB | Date(s): December 05, 2012
    Superior and faster separations of pyrethroids by UPC2 allow for higher throughput analysis of a better quality compared to GC and LC. Column coupling facilitated by the low viscosity of liquid CO2 enables high efficiency chiral separations required for r...
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    Diastereoselective Separation of Permethrin Using the ACQUITY UPC2 System

    Content Type: Application Notes | Content Subtype: Application Notes Format: PDF File Size: 2351.74kB | Date(s): March 12, 2012
    Compared to chiral HPLC methods, UPC2 offers a complete baseline resolution of all isomers with significantly shorter run time; ideal for pesticide manufacturers who routinely perform diastereomer analyses.