Explore a comprehensive series of screencasts covering energy concepts, nonreactive energy balances, and reactive energy balances in Material and Energy Balances. Delve into topics such as open and closed systems, enthalpy, adiabatic compression, steam tables, psychrometric charts, heat of reaction, combustion, and more. Learn problem-solving approaches, how to use various tools and charts, and apply energy balance principles to real-world scenarios. Gain insights into thermochemistry, unsteady-state energy balances, and mechanical energy balance equations. Practice with interactive simulations on gas expansion, reactors with heat exchange, and adiabatic flame temperature. Benefit from corrected closed captioning throughout the 8-hour playlist, designed to enhance understanding of fundamental concepts in chemical engineering.
Overview
Syllabus
Introduction to Energy.
Open and Closed Systems.
Problem Solving Approach.
What is Enthalpy?.
Adiabatic Compression of an Ideal Gas.
Enthalpy Change for an Ideal Gas.
Energy Balance on a Human.
Gas Expansion From a Tank.
Energy Balance on Open System (PAV Device) (BIO).
Material & Energy Balances in a Reactor with Heat Exchange (Interactive Simulation).
How to Use Steam Tables.
Introduction to Steam Tables.
Introduction to Steam Tables 2.
Steam Tables: Interpolation.
Steam Table Examples.
Compare Steam Tables to Ideal Gas Law.
Water Properties from Steam Tables.
Steam Tables: Constant Volume Process.
Quality of Steam.
Quality of Steam: Mass and Volume Fractions.
Steam Tables: Calculating Quality.
Energy Balance on a Heat Exchanger.
Throttle Example: High-Pressure Liquid.
Bernoulli Equation Example.
Reference States for Enthalpy Calculations.
Choosing a Reference State (Example).
Sensible Heat from Specific Enthalpy.
How to Use a Psychrometric (Humidity) Chart.
Psychrometric Chart Examples.
Psychrometric Chart (Interactive Simulation).
Calculate Physical Properties using Humidity Charts.
Humidity Chart: Adiabatic Humidification.
Humidity Chart Example.
Including a Phase Change in an Energy Balance.
Latent Heat.
Energy Balance on a Condenser.
Adiabatic Mixing.
Heat of Mixing.
Isothermal Mixing.
Heat of Reaction (from Heat of Formation).
Calculating Enthalpy Changes Using Heat of Reaction Method.
Heat Removal from a Chemical Reactor.
Heat of Combustion.
Heats of Formation.
Calculating Enthalpy Changes Using Heats of Formation Method.
Thermochemistry of Solutions.
Energy Balances with Unknown Outlet Conditions.
Steam Reformer Material and Energy Balance.
Unsteady-State Energy Balance (Steam Tables).
Properties of Liquid Water in Steam Tables.
Throttle High-Pressure Liquid Water.
Hess's Law.
Heat of Combustion.
Introduction to Energy.
Open and Closed Systems.
Changes in Pressure at Constant Temperature.
Energy Balance on a Single-Phase System.
Energy Balance on a Two-Component System with Phase Change.
Hypothetical Process Paths.
Adiabatic Flame Temperature Spreadsheet.
Use Heat Capacity to Calculate Outlet Temperature.
Calculate Heat Added Example.
Calculate Heat of Reaction at an Elevated Temperature.
How to Determine Heat of Reaction from Heat of Formation.
Heat Capacity Introduction.
Calculate Adiabatic Flame Temperature.
Adiabatic Flame Temperature Introduction.
Heat of Mixing and Deviations from Raoult's Law.
Calculating Enthalpy and Entropy Using the NIST WebBook.
Energy Balance on Reaction System Using Heat of Reaction.
Energy Balance on Reaction System Using Heat of Formation.
Introduction to the Mechanical Energy Balance Equation.
Determine Height of Water Using Bernoulli Equation.
Calculate Flow Rate Using Bernoulli Equation.
Bernoulli Equation and Pipe Flow (Interactive Simulation).
Measuring Flow Rates with a Pitot Tube (Interactive Simulation).
Why a Solute Raises Boiling Point and Lowers Freezing Point.
Adiabatic Flame Temperature Interactive Simulation.
Ideal Gas - Pressure and Volume Dependence on Temperature.
Heat of Reaction Temperature Dependence (Interactive Simulation).
Taught by
LearnChemE
