Chemical Reaction

This web-based training course on Chemical Reaction functionality, administration and development, is available online to all individuals, institutions, corporates and enterprises in India (New Delhi NCR, Bangalore, Chennai, Kolkatta), US, UK, Canada, Australia, Singapore, United Arab Emirates (UAE), China and South Africa. No matter where you are located, you can enroll for any training with us - because all our training sessions are delivered online by live instructors using interactive, intensive learning methods.

Chemical Reaction training is provided online so as to equip professionals with the knowledge and skills that a practical working environment requires from technical and engineering staff belonging to industries such as refining, chemical and petrochemical. Especially, job positions involved in the fields of research and development, project operation and technical support more than often demand advanced knowledge of chemical reactions for decision making. By taking this Chemical Reaction course online, employees become adept in making adequate decisions for effective results in selection of the right reactors, determination of essential data for deigning as well as optimization of performance of systems. This course will ensure that attendees understand the properties associated with different chemical reactions. It also teaches them the estimation of characteristics related to the different technologies that may accompany a reactor, be it catalytic or any other. Moreover, the participants are thoroughly trained in the selection of the right technology for operations, and picking out the most optimal conditions for processes.

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Course Details

The Chemical Reaction online course provides hands-on training to professionals, ensuring the inculcation of practical skills along with theoretical knowledge through pragmatic lessons. The trainers are highly experienced and knowledgeable oracles of the industry, and focus on conducting interactive sessions for better understanding on part of the candidates. Real-world scenarios are presented as examples and cases from the chemical and refining industry are used for better understanding. This helps the participants later on by enabling them to implement their knowledge and skills without reserve when they face issues and decision-making checkpoints in the workplace, consequently benefitting their organization. This course does not require any prerequisite knowledge from attendees, and covers from the most basic to advanced concepts.

Introduction to chemical reactions

  • Kinetics and thermodynamics involved in chemical reactions
  • Understanding Consecutive Reactions
  • Understanding Competitive Reactions
  • Concepts of selectivity, yield and conversion

Overview of Catalysts

  • Main characteristics of catalysts
  • Shape and structure of catalysts
  • Properties associated with structure, texture and mechanics of catalysts
  • Concepts of activity and selectivity

Kinetics related to catalytic reactions

  • Concept of adsorption
  • Concept of desorption
  • Understanding on-surface reactions
  • Deactivation of catalytic reactions
  • Simplified mechanisms in catalytic reactions
  • Kinetic laws of catalytic reactions

Looking into multi-phase reactions

  • Understanding mass transfer during interface
  • Catalytic reactions with a solid catalytic and their intra-granular diffusion
  • Significance of particular interfacial areas involved in liquid-liquid reactions
  • Notion of external mass transfer
  • Concept of chemical regime
  • Understanding intra granular limitation

Thermal or Heat Characteristics of Reactions

  • Production of heat in reactions
  • Temperature gradients involved in chemical reactions
  • Understanding diffusion and elimination reactions

Chief Characteristics associated with Chemical Reactors

  • Definition of batch, semi-batch and continuous reactors
  • Management of productivity in a reactor
  • Control of the yield produced through a reactor
  • Perfectly stirred reactors
  • Plug flow in reactors
  • Non-ideal reactors
  • Use of axial dispersion for representation of non-ideal reactors
  • Concept of CSTR in series
  • Residence time distribution representation

Temperatures and heat in chemical reactors

  • Controlling the reactors in terms of temperature profiles
  • Understanding adiabatic behavior
  • Thermal exchange in reactors
  • Influence of temperature control on results
  • Analysis of stability in an exothermic reaction
  • Criteria for choice of an optimal reactor

Technological features involved in a reactor

  • Performances of transfer of heat and mass in reactors
  • How to monitor the type of flow in reactors
  • Constraints present in the catalyst formulations

Consequences of different features on the choice of technology

  • Choosing among fixed beds, fluidized beds and circulating beds in case of gas-solid reactors
  • Choice of columns (reactive absorption columns, bubble columns, etc.) in case of gas-solid reactors
  • Concept of stirred reactors
  • Choosing between single- and multi-phase reactors
  • Choice of adequate impeller
  • Criteria for picking out optimum technologies for reactors
  • Basic rules for design of a reactor

Process involved in selection of an appropriate reactor and the optimization of operations and their working condition

  • Introduction to approach taken in design of a chemical reactor
  • Analysis of characteristics of a desired transformation, such as thermodynamics, kinetics and thermal properties
  • Advantages of the possible technologies used in a reactor
  • Disadvantages of the possible technologies used in a reactor
  • Criteria for selection of technology
  • Application and Operation of different reactors
  • Choosing the operating conditions for a reactor
  • Estimating and evaluating the expected performance of a reactor
Live Instructor-led & Interactive Online Sessions

Regular Course

Duration : 40 Hours

Capsule Course

Duration : 4-8 Hours

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Training Options


Weekdays- Cloud Based Training

Mon - Fri 07:00 AM - 09:00 AM(Mon, Wed, Fri)

Weekdays Online Lab

Mon - Fri 07:00 AM - 09:00 AM(Tue, Thur)


Weekend- Cloud Based Training

Sat-Sun 09:00 AM - 11:00 AM (IST)

Weekend Online Lab

Sat-Sun 11:00 AM - 01:00 PM

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