Introduction to Chemical and Biological Process Analysis by Jeffrey J. Gray (Spring 2015, Johns Hopkins University

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source: Prof. Jeffrey J. Gray at Johns Hopkins University 2015年2月12日
Lectures from Johns Hopkins University ChemBE Course 202 on Chemical and Biological Process Analysis
Lectures from the Spring 2015 course at Johns Hopkins University in the Department of Chemical and Biomolecular Engineering (540.202). The course covers material and energy balances in the context of the chemical process industry and in modern applications in life sciences and nanotechnology.
Lectures follow the textbook "Introduction to Chemical Processes" by Regina Murphy (University of Wisconsin), covering the topics of Converting the Earth's Resources into Useful Products, Process Flows, Mathematical Analysis of Material Balance Equations, Synthesis of Reactor Flow Sheets, Synthesis of Separator Flow Sheets, and Process Energy Calculations.

Introduction to Chemical Process Analysis: Why Process Analysis? - 2/11/15 11:49 *Why Process Analysis? (00:10); Murphy's Reasons (8:30)
Reactions and Matrix Equations - 2/13/15 30:45
Generation Consumption Analysis - 2/16/15 34:34
Atom Economy and Process Economy - 2/18/15 22:18
Process Flow Calculation Examples - 2/20/15 32:59
Degrees of Freedom Analysis - 2/23/15 19:58
Process Flow Calculations with Multiple Process Units - 2/25/15 23:20
Block Flow Diagram Synthesis - 2/27/15 25:17
Material Balance Mathematics - 3/2/15 34:22
Differential Material Balance - 3/4/15 23:42
Integral Material Balance - 3/6/15 28:41
Reactors - 3/9/15 36:25
Recycle! - 3/13/15 31:50
Specificity and Yield - 3/23/15 33:21
Equilibrium - 3/25/15 36:12
Separator Flowsheeting - 3/27/15 14:51
The Pi Day Anthem featuring John Sims and Vi Hart 3:27