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Keywords:

  • electrochemical synthesis;
  • electrochemistry;
  • Grignard reagents;
  • ionic liquids;
  • magnesium
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Electrochemical synthesis of EtMgBr in ionic-liquid media is demonstrated. A linear dependence of product concentration on total charge passage is also confirmed. This process could be used in many applications ranging from an industrial bulk GR synthesis in a controlled flowing framework or electrolyte synthesis for magnesium batteries before and even during discharge.