Autoplay
Autocomplete
Previous Lesson
Complete and Continue
CRE II - Isothermal Rector Design
Introduction
IMPORTANT NOTE
Chemical Reaction Engineering Series - Course Structure
RE60 Overview of CH4 Isothermal Reactor Design (9:43)
RE61 Reactor Engineering Methodology (12:10)
Batch Reactors
RE62 Batch Reactor Isothermal Design Methodology (7:30)
RE63 First Order in a Batch Reactor (5:38)
RE64 Second Order Batch Reactor (6:41)
RE65 Conclusion of First and Second Order Batch Reactors P1 (7:51)
RE65 Conclusion of First and Second Order Batch Reactors P2 (1:13)
Continuos Stirred Tank Reactors (CSTR)
RE66 Reaction and Cycle Time of a Batch (12:13)
RE67 CSTR and Space Time (9:48)
RE68 Dahmkohler Number and CSTR (10:12)
RE69 CSTR in Series with Dahmkohler Number Analysis (14:46)
RE70 CSTR in Parallel Arrangement (7:46)
Plug Flow Reactor (PFR)
RE71 Liquid Plug Flow Reactor + First and Second Order (10:25)
RE72 Gas Phase PFR in 1st Order Reactions P1 (5:32)
RE72 Gas Phase PFR in 1st Order Reactions P2 (3:45)
RE73 Second Order Reactions in Gaseous PFR (7:13)
RE74 PFR in Gas Phase 1st and 2nd Order Conclusion (4:26)
Packed Bed Reactors
RE75 Packed Bed Reactor Isothermal Design with Pressure Drops (4:51)
RE76 First and Second Order Reaction in Packed Bed Reactor (5:25)
RE77 Pressure Drop and Ergun Equation for PBR (15:34)
RE78 Bulk Density vs. Solid Density of a Catalyst in Packed Beds (7:49)
RE79 Analytical Methods for solving Differential Equations in a PBR (8:11)
RE80 Numerical Methods for Pressure Drops in PBR (5:21)
RE81 Differential Method Example for Rate Orders (4:06)
RE81 Solving a Packed Bed Reactor Pressure Drop with Software (10:28)
Semicontinuous Operation
RE82 Start-up of a CSTR Semicontinuous Operation (18:18)
Closure
RE83 Block 4 Conclusion (6:40)
Closure
Continue Your Training! More Courses!
RE77 Pressure Drop and Ergun Equation for PBR
Lesson content locked
If you're already enrolled,
you'll need to login
.
Enroll in Course to Unlock