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3D printing technologies for electrochemical sensing: 17-alpha-ethinylestradiol detection

F. Hauquier, C. Chapet, L. Dallery
  • Abstract:
    Monitoring of trace organic contaminants in aquatic media has become a major concern today. A 3D-printed device combined MIP-SPE extraction and electrochemical detection was developed for the determination of ethinyl estradiol (EE); one of endocrine-disrupting compounds (EDCs).
    The proposed method was applied for the detection of EE in river water samples in order to monitor its concentration. A linear response was obtained for analyte in the concentration range from 6.6 to 1064 µg mL-1 , with a quantification limit of 20.0 µg mL-1.
  • Keywords:
    Ethinyl estradiol; 3D printing; Electrochemical sensor; Water analysis
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  • DOI:
    tc19-2022.03

Event details:

  • IMEKO TC:
    TC19
  • Event name:
    TC19 Symposium: Metrology on Environmental Instrumentation and Measurements (EnvIMEKO 2022)
  • Title:

    9th EnvIMEKO Symposium of Environmental Instrumentation and Measurements

  • Place:
    La Mans, FRANCE
  • Time:
    02 June 2022 - 03 June 2022