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Quick Facts
| Medium Of Instructions | Mode Of Learning | Mode Of Delivery |
|---|---|---|
| English | Self Study | Video and Text Based |
Course Overview
The online Polymer Reaction Engineering training will be providing the registered candidates with a complete overview of the principles of the- future as well as current aspects involved in polymer engineering. The core concepts and mechanisms as well applications of the finished polymer product properties will be covered in the certification course.
The fundamentals and the basics as well as the mechanisms of the chemistry behind the process of polymerization process will also be incorporated in the Polymer Reaction Engineering certification syllabus. Over the course of twelve weeks various concepts such as- reaction initiation, termination, propagation, thermal kinetics, reaction kinetics, molecular weight and physical features such as -morphology, microstructures, fractural strength, and tensile will be elaborately discussed. The online certification course on Polymer Reaction Engineering by Swayam will also discuss the concepts of - polymerization concepts, kinetics principles, and methodology. Hence the course will be helping the students to develop skills more comprehensively.
The Highlights
- 12 weeks programme
- Course organised by Swayam
- Certificate issued by NPTEL and Indian Institute of Roorkee
- AICTIE approve FD course
- Course type-core
- Course partnered by IIT Roorkee
Programme Offerings
- test
- Reading Material
- Lectures
- Self-assessments
- videos
- Quiz
- case study
- online learning.
Courses and Certificate Fees
| Fees Informations | Certificate Availability | Certificate Providing Authority |
|---|---|---|
| INR 1000 | yes | IIT Roorkee |
- The course on Polymer Reaction Engineering training is having free registration.
- An amount of Rs. 1,000/- has to be deposited by the students as the Polymer Reaction Engineering fee.
The fees for the course Polymer Reaction Engineering is -
Particulars | Amount |
Registration fee | Free |
Examination fee | Rs. 1,000/- |
Eligibility Criteria
Certification Qualification Details
If the candidates want to earn the Polymer Reaction Engineering certification then they have to register themselves for the final examination. The center for the exam will be given from which they have to appear. To qualify for the Polymer Reaction Engineering programme certificate, candidates must score 75% marks and average 25% in 8 out of 12 assignments.
What you will learn
In the Polymer Reaction Engineering programme the following concepts will be learned-
- Applicants will be studying the ways to control the process of polymer synthesis.
- In the course, the students will be interpreting the data of the batch reactor.
- The mechanisms of recycling reactors will be covered by them.
- The Polymer Reaction Engineering certification syllabus contains details about the topic of “autocatalytic reactions
- Students will be designing models for various multiple reactors.
- They will be developing their skills in the diffusion mechanisms of control reactions.
- Participants will be studying about the morphology of the polymers.
- Candidates will also learn about the various kinetic equations that are involved in the multiple reactors.
- The rate of equations that are involved in the nuclear reactors will also be covered.
- Candidates will deal with the constant volume reaction systems.
Who it is for
The Polymer Reaction Engineering certification course is for the following students-
- The students who are pursuing a course on polymer technology can apply for the given course.
- Mechanical engineer candidates can also get themselves registered.
Application Details
All the candidates who want to appear for the Polymer Reaction Engineering programme are requested to follow the given steps-
Step 1: The link where the application form can be viewed is provided below- https://onlinecourses.nptel.ac.in/noc25_ch38/preview
Note- Currently the course is going on therefore, the application form is not given. For getting more details the students can contact the management.
The Syllabus
- Introduction to polymerization process: classification of polymers
- Short history
- Monomer and its distribution
- Polymer and its composition
- Isomerism in polymers
- Bonding forces in polymers
- Molecular weight and its distribution
- Control of polymer synthesis
- Thermodynamic and kinetic control
- Diffusion control
- Polymer end chain control & polymerization process
- Control strategies
- Morphology of polymers
- Introduction to reactor design
- Interpretation of batch reactor data; Rate equations
- Kinetic equations for unimolecular irreversible different order reaction such as Zero order, first order
- Interpretation of batch reactor data
- Kinetic equations for unimolecular & bimolecular irreversible different order reaction such as second-order & nth order, Half -life
- Varying and constant volume reaction system
- Design equations for ideal reactors namely batch, CSTR, plug flow
- Design equation for single reaction systems using batch and semi-batch CSTR, PFR
- Multiple reactor system
- Reactor in series and parallel
- Preference of type of reactor used
- Best arrangement in ideal reactors
- Recycle reactor
- Auto catalytic reactions
- Design for multiple reactions: Parallel and series reactions
- Quantitative and qualitative treatment of product distribution and of reactor size for different types of ideal reactors
- Selectivity and yield
- Reactors in series and parallel for single reaction system
- Problems related to reaction kinetics
- Series and parallel reaction and multiple reactor systems
- Reaction engineering of step-growth polymerization: Basic properties & Examples of commercially important polymers
- Reactivity of functional groups Kinetics of step polymerization
- Self-Catalyzed Polymerization
- External Catalysis of Polymerization
- Effect of Nonequivalence of Functional Groups
- Accessibility of functional groups
- Equilibrium considerations
- Cyclization versus linear polymerization
- Step growth polymerization
- Molecular weight control in linear polymerization
- Molecular weight distribution in linear & non-linear polymerization
- Introduction to radical chain polymerization
- Basic concepts of resonance
- Comparison between radical and step polymerization
- Comparison between radical and ionic chain polymerization
- Thermodynamic and kinetic aspect of Radical Chain Polymerization
- Effect of Substituents
- Modes of Propagation of Monomer Units
- Experimental Facts from Literature
- Synthesis of Head-to-Head Polymers
- Polymerization Sequence: Initiation, Propagation, Termination
- Radical chain polymerization
- Rate Expression
- Cage Efficiency
- Determination of Rate of polymerization
- Precipitation of Polymer
- Polymer and Process Analysis for polymerization
- Initiation
- Stability and Half-Life of Initiators
- Dependence of Polymerization Rate on Initiator
- Dependence on Monomer
- Initiation in aqueous media
- Redox Initiation (cont.)
- Initiation in non-aqueous media
- Rate of Redox polymerization
- Photochemical Initiation
- Photosensitizer
- Mechanism of Photo-initiation
- Rate of Photo-polymerization
- Absorbed light Measurement
- Initiation by Ionizing Radiation
- Other initiation techniques
- Electrolytic polymerization
- Plasma polymerization
- Sonication
- Kinetic Chain Length and other important terms
- Heterogeneous Polymerization: Precipitation, Suspension
- Heterogeneous Polymerization: Precipitation, Suspension (cont.) & Emulsion Polymerization
- Microstructural feature
- Factors affecting the emulsion polymerization
- Process of emulsion polymerization
- Mechanism kinetics and thermodynamics
- Model, surface-active agents
- Process
- Population balance
- Physical properties and phase equilibrium calculations
- Emulsion Polymerization
- Particle nucleation
- Morphology
- Types of reactors used for emulsion polymerization
- Performance of emulsion
- Polymerization reactors
- Population balance
- Implementation of emulsion polymerization
- Ionic Chain Polymerization: Comparison between radical and ionic chain polymerization
- Living and Dormant polymers and polymerizability
- Ionic Chain Polymerization: classification of ionic species
- Effect of solvents
- Conductance studies
- Initiation and propagation in ionic polymerization
- Effect of solvating agent,
- Heat and Entropy of dissociation of ionic pairs
- Types of ions
- Cationic polymerization
- Chain