Electrosynthesis
Electrosynthesis, or electrochemical synthesis, is a synthesis technique that uses electrical energy to drive chemical reactions to form new compounds. There are many advantages of electrochemistry including novel reactivity, high functional group tolerance, chemoselectivity, and the ability to synthesize highly functionalized or complex compounds that may be difficult to produce by other means. Electro-organic synthesis can generate reactive intermediates that are unstable or difficult to isolate, and then use these intermediates to produce more complex molecules through further electrochemical reactions. In addition, the use of electricity replaces toxic and costly chemicals allowing the synthesis to be completed more efficiently, cleaner, and cheaper following the principles of green chemistry.
SynLectroTM Electrolysis Platform
Our portfolio of electrosynthesis products, including glass cells, PTFE stoppers and sleeves, electrode holders, and electrodes allows researchers to conduct electrochemical reactions safely and efficiently. Our SynLectro™ platform of products is designed to simplify and standardize electrochemical organic synthesis, depending on the specific reaction desired and the scale of the reaction from research to production.
Faraday Lab: Electrosynthesis Workstation
Faraday Lab: Electrosynthesis Workstation is a plug and play power controller for electrochemical synthesis. Featuring three experiment types (constant current, constant voltage, and CV), as well as the ability to save and export reaction data, Faraday Lab is your perfect entryway to electrosynthesis. Faraday Lab has universal compatibility with labware and electrode setups, including our own SynLectro™ Electrolysis Platform.
Related Product Resources
- Brochure: SynLectro™ Electrolysis Platform
Our SynLectro™ Electrolysis Platform is designed to simplify and standardize electrochemical organic synthesis at research and batch scale.
- Article: SynLectro™ Electrolysis Platform
Find out how to this platform simplifies and standardizes electrochemical organic synthesis to make it more efficient, cleaner and cheaper.
- Article: Visible-light Photoredox Catalysis
Photoredox chemistry is a powerful tool in organic synthesis. Find the right photoreactor for your experiment.
- Article: Acid and Base Chart — Table of Acids & Bases
Use this chart to find the relative strength of the most common acids and bases.
- Article: Aldol Condensation Reaction
Learn about this useful carbon-carbon bond-forming reaction first introduced by Charles Wurtz.
- Article: Greener Chemistry: Methods and Products for Amide Bond Formation
Explore our products for catalytic amidation technology to make your organic synthesis more sustainable.
- Article: Baeyer-Villiger Oxidation Reaction
Learn about the benefits, applications, and recent research for this useful reaction technique and explore our products.
- Article: Spirocyclic Building Blocks for Scaffold Assembly
Explore our suit of spirocyclic building blocks developed in collaboration with Professor Dr. Carreira and Spirochem.
- Article: Diels–Alder Reaction
Browse our products for cycloaddition and learn more about the applications of this reaction, which was awarded the Nobel prize in chemistry.
- Aldrichimica Acta: Pioneer Your Pathway Discovery
Take a deep dive into preparative batch-type electrosynthesis, reductive electrosynthesis, and emerging trends in organic electrocatalysis.
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