Chemical Kinetics and Reaction Engineering


Chemical Reaction Engineering is a specialisation in industrial chemistry or chemical engineering that manages chemical reactors. It is also known as reaction engineering or reactor engineering. The word is frequently used to refer especially to chemical action reaction systems when the reactor has either a homogeneous or heterogeneous catalyst. Chemical reaction engineering attempts to explain the most basic reactor design by studying and optimising chemical reactions. In order to connect reactor performance to feed composition and operating circumstances, it is crucial to consider the interactions of flow phenomena, mass transfer, heat transfer, and reaction dynamics. Chemical kinetics includes investigations into how various experimental conditions can affect a chemical process's speed and produce information about the mechanism and transition states of the reaction, as well as the creation of mathematical models that can be used to describe the properties of a chemical process. In chemical engineering, chemical kinetics offers information on residence time and heat transfer during a chemical reactor, and as a result, the molar mass distribution in polymer chemistry.


    Related Conference of Chemical Kinetics and Reaction Engineering

    June 25-26, 2024

    13th World Congress on Chromatography

    Toronto, Canada
    August 22-23, 2024

    16th International Conference on Clinical Chemistry

    Berlin, Germany
    October 14-15, 2024

    4th International Conference on Analytical Chemistry

    Barcelona, Spain
    November 13-14, 2024

    5th World Expo on Biopolymers and Bioplastics

    Dubai, UAE
    December 12-13, 2024

    23rd World Congress on Nutrition and Food Chemistry

    Rome, Italy
    December 18-19, 2024

    4th International Conference on Petrochemistry and Natural Gas

    Amsterdam, Netherlands

    Chemical Kinetics and Reaction Engineering Conference Speakers

      Recommended Sessions

      Related Journals

      Are you interested in