A Novel Electrochemical Sensor for the Detection of Reactive Red Dye to Determine Water Quality


Creative Commons License

Kolatoğlu R., Aydin E., Demir M., Yildiz A., Karakuş S. , Tüzün E. , ...More

in: Advanced Functional Materials, Nevin Taşaltın,Paul Sunday Nnamchi,Safaa Saud, Editor, Intechopen, London, pp.1-11, 2020

  • Publication Type: Book Chapter / Chapter Research Book
  • Publication Date: 2020
  • Publisher: Intechopen
  • City: London
  • Page Numbers: pp.1-11
  • Editors: Nevin Taşaltın,Paul Sunday Nnamchi,Safaa Saud, Editor

Abstract

In this study, tragacanth gum/chitosan/ZnO nanoprism-based electrochemical sensors were prepared for sensing reactive dyes in water. To use an electrochemical sensor, a ~ 250 nm-sized ZnO nanoprism was synthesized via ultrasonic-assisted green synthesis method, using tragacanth gum and chitosan polymer blend as a matrix. The electrochemical properties of tragacanth gum/chitosan/ZnO nanoprisms were compared against reactive red 35, reactive yellow 15, and reactive black 194. The electrochemical measurement results indicated that prepared tragacanth gum/chitosan/ZnO nanoprism-based electrochemical sensor detected 25 ppm reactive red 35 in 1 min at room temperature. This study reveals new high-potential novel tragacanth gum/chitosan/ZnO nanoprism-based sensing material for the detection of reactive red dye-consisted wastewater with high sensitivity and short response time.