Principles Of Chemical Processes |Mass & Energy Balance|

Elevate Your Chemical Engineering Skills with Material & Energy Balance Calculation and Pressure Computation.

What you'll learn

Learn the common processes in Chemical Engineering industry and process variables and how to calculate them.

Will Understand about Pressure (Fluid Pressure and Hydrostatic head) and types of pressure and way to measure Fluid Pressure Measurement by Monometer.

Get the knowledge about Ideal Gas and the Laws of Gases.

Able to understand Law of Conservation of mass and know how to apply it on Different Systems.

Will Understand about Pressure and Pressure Scales and the Conversion Factor and the Measurement of Pressure.

Learn what system energy is and perform energy balance calculation.

Know how to Use Differential & Integral Balances for Material Balance.

Learn how to perform material balance and energy balance on Reactive Processes.

Know how to use Flow Chart Streams and Flow Chart Scaling for the Calculation of Material Balance.

Extent of Reaction and the Calculation of Extent of Reaction for Multiple Reactions.

Calculation of Balances on Molecular & Atomic Species

Understand about the Energy Balance on Open & Closed Systems

On completion of the course, students will be able to apply mass balance equation for different systems and can solve numericals based on mass transfer.

On completion of the course, students will be able to apply thermal energy balance equation for different systems and can solve numericals on Energy Transfer

On completion of the course, students will be able to calculate fluid pressure.

Requirements

Basic Knowledge of Chemistry.

Description

As a chemical engineering student or professional, building a strong foundation in the fundamental principles of the industry is paramount. That's why the Principle of Chemical Processes (PCP) course is essential.This comprehensive course delves into a range of topics that are vital to your success as a chemical engineer, including general chemistry, organic chemistry, physical chemistry, physics, and mathematics. By integrating these disciplines, the PCP course provides a well-rounded understanding of the concepts and techniques that are necessary to excel in your career.Moreover, the benefits of the PCP course extend far beyond merely imparting knowledge. The course is designed to give you a competitive edge in the chemical engineering industry, equipping you with skills that range from solving material and energy balances to mastering pressure calculations.So, why wait? Start building your chemical engineering foundation today with the Principle of Chemical Processes course. Whether you're just starting out or looking to elevate your career, this course has something valuable to offer. Enroll now and join the ranks of the industry's top professionals.Course ContentComposition of Mixtures· Molecular Weight & Mole and the Conversion between Mass & Moles· Mass & Mole Fraction, Conversion from a Composition by Mass to Molar Composition· ConcentrationPressure· Introduction of Pressure and Pressure Scales (Atmospheric, Gauge, Vacuum, Absolute)· Conversion Factors of Pressure· Fluid Pressure MeasurementIdeal Gases & Gas Laws· Ideal Gases & Equation of State, Standard Temperature & Pressure, Problems· Ideal Gas Mixtures, Vapor-Liquid Equilibria for Multi-Component System· Henry’Law, Raoult’s Law, Antoine Equation, Dalton’s LawFundamentals of Material Balances· Introduction, Chemical Processes Classification, Steady & Unsteady State, Balance Equation· Differential and Integral Balances on Chemical Processes· Differential Process to Perform Material Balance· Flow Chart Streams and calculation of Flow Chart Stream Balance· Flow Chart Scaling and their CalculationBalances on Reactive Systems· Balances on Reactive Systems, Limiting & Excess Reactants· Extent of Reaction and the Calculation of the Extent of Reaction· Multiple Reactions, Yield & Selectivity2· Extent of Reaction for Multiple Reactions with Calculation· Balances on Molecular & Atomic Species· Degree of Freedom Analysis on Reactive BalancesEnergy Balance· First Law of Thermodynamics, Forms of Energy (Kinetic, Molecular, Internal)· Energy Balances on Closed Systems· Specific Properties & Enthalpy

Overview

Section 1: Composition of Mixtures

Lecture 1 Molecular Weight & Mole Conversion between Mass & Moles

Lecture 2 Mass & Mole Fraction

Lecture 3 Conversion from a Composition by Mass to Molar Composition

Lecture 4 Average Molecular Weight

Lecture 5 Concentration

Section 2: Pressure ,Scales of Pressure and Measurement of Pressure

Lecture 6 Introduction of Pressure

Lecture 7 Pressure Scales (Atmospheric, Gage, Vacuum, Absolute) and Conversion Factors

Lecture 8 Conversion Factors of Pressure Problems.

Lecture 9 Fluid Pressure Measurement (Monometers)

Lecture 10 Fluid Pressure Measurement Problem

Section 3: Ideal Gas and Laws of Gases

Lecture 11 Ideal Gases & Equation of State, Standard Temperature & Pressure, Problems

Lecture 12 Ideal Gas Mixtures, Vapor-Liquid Equilibira for Multi Component Systems

Lecture 13 Henry’Law, Raoult’s Law, Antoine Equation

Section 4: Fundamentals of Material Balances

Lecture 14 Chemical Processes Classification, Steady & Unsteady State, Balance Equation

Lecture 15 Differential Balances, Integral Balances, Problem

Lecture 16 Integral Balance on Batch Process, Balances on a Bach Mixing Processes

Lecture 17 Integral Balances on Semi Batch Process, Hexane Balance (Problems)

Lecture 18 Differential Process to Perform Material Balance, Material Balance Calculation

Lecture 19 Flow Chart Streams, Problem of Flow Chart Stream Balance

Lecture 20 Flow Chart Scaling & Basis of Calculation

Lecture 21 Problems of Flow Chart Scaling & Basis of Calculation

Section 5: Balances on Reactive Systems

Lecture 22 Balances on Reactive Systems

Lecture 23 Limiting & Excess Reactants, Extent of Reaction

Lecture 24 Calculation of Extent of Reaction

Lecture 25 Extent of Reaction Problem

Lecture 26 Multiple Reactions,Yield & Selectivity,Extent of Reaction for Multiple Reactions

Lecture 27 Extent of Reaction for Multiple Reactions Problem

Lecture 28 Balances on Molecular & Atomic Species

Lecture 29 Degree of Freedom Analysis on Reactive Balances

Section 6: Energy Balance

Lecture 30 Forms of Energy (Kinetic, Molecular, Internal), First Law of Thermodynamics

Lecture 31 Energy Balances on Closed Systems, Problem

Lecture 32 Energy Balances on Open Systems at Steady State, Specific Properties & Enthalpy

Lecture 33 Energy Balances on Open Systems Problem

This Course is for Students on the relevant fields (Chemical, Mechanical, Process engineering).,Chemical Engineers refreshing their Mass and Energy Transfer.,Teachers / Professors requiring extra knowledge on Mass & Energy Transfer.