Reaction & Synthesis

Making a desired product generally involves the transformation of raw materials via a chemical process. This typically occurs by reacting the materials or using another means to create the final product. Success in achieving such transformations more often than not requires sophisticated design and careful setting and control of operating conditions.

Articles

Courtesy of the researchers, edited by MIT News
MIT Conversion Process

MIT Electrode Boosts CO2 Conversion

Researchers say it’s the first work that has progressed into a much larger scale without sacrificing efficiency.
One-Pot Process Converts Aromatic Ketones to Aromatic Esters

One-Pot Process Converts Aromatic Ketones to Aromatic Esters

The one-pot process simplifies synthesis, reduces reaction times and minimizes the need for additional purification steps.
Argonne National Laboratory/ Max Delferro
Catalyst boosts conversion

Catalyst Boosts Conversion of Propane to Polypropylene

New catalyst breakthrough could mean cheaper, greener polypropylene production.
Feng Jiao
two-step system

Tandem Electrochemical Process Transforms CO2 into Acetate and Ethylene

Two-step electrochemical process uses a kW scale electrolyzer to convert carbon dioxide into high-quality multi-carbon products.

Green Ammonia Production Process Orchestrated Via ‘Symphony’ Of Atoms

April 5, 2024
The reaction works at low temperatures, and it's also regenerative, restoring the original materials with each cycle of ammonia production.

Researchers Develop Safer Storage Method for Hydrogen Chloride

April 5, 2024
The ability to store hydrogen chloride as ionic liquids paves the way for more sustainable chemical processes.

Enhanced Flow Powers Ammonia-Fueled Vehicles

March 8, 2024
Researchers have been working on designing engines where ammonia can be used as a standalone fuel.

Technique Promises Dramatic Efficiency Boost for Chemical Processing Reactions

Feb. 16, 2024
Practical applications could lead to significantly more efficient production of various chemical materials with minimal energy input.