LEC 43 Multiple Reactions in Series

Tutorial 2

LEC 42 Design for Parallel Reactions

LEC 41 Introduction to Parallel Reactions

LEC 39 Recycle Reactors- Design Equation

LEC 40 Reactor types for Autocatalytic Reactions

LEC 38 Reactors of Different Types in Series

LEC 37 Unequal sized Mixed Flow Reactors in Series Part 2

LEC 36 Unequal sized Mixed Flow Reactors in series Part 1

LEC 34 Plug Flow Reactors in Series and or in Parallel

LEC 31 Introduction to Design for Single Reactions

LEC 33 Mixed Flow vs Plug Flow Reactors for n th order single reactions

LEC 32 Size of Batch Reactors for Single Reactions

LEC 35 Equal Sized Mixed Flow Reactors in Series

Tutorial 1 Problem on Balance from Stoichiometry

LEC29 Plug Flow Reactor

LEC30 Holding Time vs Space Time

LEC26 Ideal Batch Reactor for a Single Reaction

LEC27 Space Time and Space Velocity

LEC28 Steady State Mixed Flow Reactor

LEC21: Temperature and Reaction Rate

LEC22: Pressure Measures and Reaction Rate

LEC25: Relationship between concentration and conversion

LEC23: General Discussion on Reactor Types

LEC24: Material and Energy Balances in Reactor Design

LEC 20: Varying Volume Batch reactor

LEC19: Differential Method of Analysis for Reactor Data

LEC18: Reactions of Shifting Order

LEC17: Reversible Reaction Kinetics

LEC16: Irreversible Reactions in Series

LEC10: Empirical Rate Equations of nth order

LEC13: Irreversible Reactions in Parallel

LEC12: Half and Fractional Lives of Irreversible Reactions

LEC15: Autocatalytic reactions

LEC11: Zero Order Kinetics

LEC14: Homogeneous Catalyzed Reactions

LEC5 CRE: Temperature Dependent terms of a Rate Equation

LEC4 CRE: Concentration Dependent terms of a Rate equation

LEC9 CRE: Special Cases of Irreversible Bimolecular 2nd order reaction

Valve Series | Butterfly valves | #fluid #engineering #shorts #reels #chemicalengineering #gate

LEC8 CRE: Irreversible Bimolecular 2nd order Reaction| Integral Analysis

LEC7 CRE: Irreversible Unimolecular 1st order Reaction, Integral analysis of reactor data| Explained

Valve Series | Globe valves | #fluidmechanics #engineering #shorts #reels #chemicalengineering #gate

Valve Series | Ball valves | #fluidmechanics #engineering #shorts #reels #chemicalengineering #gate

Valve Series | Check valves | #fluidmechanics #engineering #shorts #reels #chemicalengineering #gate

Valve Series | Ball valves | #fluidmechanics #engineering #shorts #reels #chemicalengineering #gate

LEC6 CRE: Simple Batch Reactor

LEC3 CRE: Ideal Reactors

MATLAB Basic Functions for Beginners | Full explanation with examples

LEC2 CRE: Classification of Reactions, Rate of Reaction

LEC1 CRE: Introduction to Performance equation

GATE Chemical | Tips You Should Know | GATE Chemical Engineering

Sphericity | Simple Explanation | With examples | Mechanical Operations | Chemical Engineering

Process Dynamics and Modelling | Simple Explanation | Chemical Process Control

Mastering Chemical Property Estimation with Python Interpolation: Short Video | Hands-on Practice

Simulate a Batch Reactor using Python Code! |Simple Explanation | Hands-on Practice

How to Derive Reynolds Number? | Trick Question for Interview and Viva| Fluid Mechanics| Simplified

Hagen-Poiseulle's Equation Derivation | Simple Explanation | Easy Derivation

Curve fitting in GNU Octave for Chemical Engineering Problem: polyfit and polyval

Hardware Elements of a Chemical Process Control System