An overall review about the Process chemistry and the Process chemist

Process chemistry is the area where most of the effort of incorporating green chemistry has been achieved to date. The major responsibility of process chemistry is to develop practical, safe and cost-effective processes for the synthesis of compounds selected to progress from research to a larger scale. They generally work on a single target molecule and define the best route to the target. Process chemistry scales up reactions taking them from small quantities to larger quantities that are needed for testing and then convert them into even larger quantities because some impurities cannot be identified in smaller quantities. Process chemistry requires a blend of both theoretical and practical knowledge. For the desired result, one must always keep the cost and safety in mind and design accordingly.

Key requirements of process chemistry

The key requirements of the process chemistry include the following:

  • Analysis 
  • Process control
  • Data logging

Variations in parameters like pressure, temperature, pH, the rate of addition, etc. have the highest possibilities of affecting the quality of a chemical process. Being able to control them and data log variables like these analyze the other parameters including the reaction power, turbidity, enthalpy change, etc. They are extremely valuable in understanding the chemical process.

Duties of Process chemists

The main duty of the Process chemist is to develop an efficient production process and to manage the overall process of transferring that chemical process from laboratory scale to manufacturing. They are also responsible for important considerations like the purity of the final product, cost, safety, time, reproducibility and environmental impact. Some of the other major duties of the process chemist are the following:

  • They work on products along the development chain whose product value in the market is high.
  • They develop a great deal of satisfaction as they have helped to develop the product.
  • They develop synthetic plans and designs to test their suitability for large scale use.
  • They use a variety of methods to monitor the reaction process of the product.
  • They help in troubleshooting the existing process and find the best solution for future purposes.
  • They use a variety of design experiments to change multiple variables simultaneously and identify acceptable ranges of all the operational parameters.
  • They help in improving the existing processes to reduce the cost and increase reliability and safety.

One major advantage of working in process chemistry is that you work on the products that are along the development chain, so the odds of working on a product that makes it into the market is quite high. Many process chemists have a great deal of satisfaction when seeing the product that they helped to develop in the market.

Final thoughts

The research chemist may discover a compound that has amazing properties, but process chemistry is the field where one can turn that compound into a useful product. Thus, many people show an active interest in entering the field of process chemistry. The importance of process chemistry exists until the manufacturing of medicines exists.