Electrochemistry made easy with continuous flow chemistry techniques

The potential of electrochemistry to provide synthetic organic chemists is enormous. However, electrochemistry is not used in modern laboratories. This is due in large part to the lack of equipment that makes it possible for non-electrochemists to perform this chemistry. You can also get more information about electrochemistry by searching online.

Chemists require a simpler, more user-friendly method to access this technique in order to make it more common. In the past, electrochemistry relied on electrolysis using glass reactors. This led to low selectivity, poor reaction control, slow reaction rates, reproducibility, and low reaction control. Although these systems are easy to set up, many people have resisted adopting them due to the above reasons.

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Continuous flow electrochemical cells have made it possible to create selective syntheses with high reactant/product conversions in a matter of minutes. These devices provide easy access to electrochemical methods, which is what has driven its current re-assessment and re-evaluation as an attractive synthetic method.

The basic principles of organic electrosynthesis – An organic electrochemical reaction is when organic molecules are activated through the addition or deletion of electrons at an electrode's surface. This process is called heterogeneous. 

Two electrodes are required for an electro synthetic reaction. They must be in contact with an electrolyte solution. An electrolyte, a salt that contains ions to increase the conductivity of the solution, is called an electrolyte. You can even search online for more information about electrochemistry.