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- Duration / Course length: 5 Days
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Course details
OverviewThis course covers the details and irreversibilities found in real-life chemical reactors due to the nature of design mass and heat transfer and competing phenomena within the 'ideal' vessels. Transport phenomena kinetics thermodynamics computational chemistry and CFD simulation are used to accurately represent the real-life environment and flows within real reactors.
Objective
By the end of this interactive training programme, you will be able to:
- Understand reaction kinetics and reaction thermodynamics
- Understand the concepts of governing steps and multi-step reaction schemes
- Identify types and classifications of chemical reactions and reactors
- Explain the fluid flows within vessels
- Understand multi-phasemulti component flows
- Understand the differences between ideal vs real industrial reactors
- See how simulation helps to designoptimize and troubleshoot industrial reactors
- Understand catalytic reactors
- Understand competitive phenomena via dimensionless numbers
Who Should Attend
This course is an excellent match for the following:
- Chemists, Chemical Engineers, and Industrial Engineers with a background in chemical reactions and reactors
- Academic students and personnel looking to increase their understanding in the field
Course Outlines
Day 1
Reaction Kinetics
- Rates
- k constants
- energy diagrams
- activation energies
- types of reactions
Reaction Thermodynamics
- Equilibrium
- Le Chatelier's rule
- Phase equilibrium
- Equilibrium shift
Day 2
Catalytic reactions
- Catalysts introduction
- Poisoning and deactivation
- Chemical structure
- Physical structure
- Design
- CFD
- Computational Chemistry
Steps of catalytic processes
- Forms of kinetics
- Optimization
- Industrial cases
Day 3
Transport limitation effects
- Internal transport
- External transport
- Rate for internal and external limitations scenarios
Microkinetic Analysis on catalytic reactions
- Ammonia synthesis
- Ethylene hydrogenation
Day 4
Non-ideal flow in reactors
- Residence time distribution
- Dispersion models [non-ideal reactors]
- Dispersion models [non-ideal flows]
- Axially and radially dispersed PFR
Non-isothermal reactors
- Non-isothermal batch reactor
- Non-isothermal PFR
- Stability and sensitivity of reactors with exothermic reactions
Day 5
Heterogeneous Reactors
- Homogeneous and Heterogeneous in PFR
- Fixed bed reactor [1D and 2D models]
- Fluidized bed [with recirculation]
Regression Analysis
- Least squares
- Linear correlation coefficient
- Non-linear regression
Job roles this course is suitable for:
industrial engineers , chemical engineers , mechanical engineersCourse Location
About London Training For Excellence
Empowering Professionals for Over a Decade
London Training for Excellence is a leading provider of professional development programmes, established in 2013. For over eleven years, we have been committed to equipping individuals and organisations with the skills and knowledge they need to excel in today's ever-evolving business landscape.
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