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Introduction to lecture 3 duration 3 minutes 42 seconds Introduction to lecture 3 Introduction to lecture 3	Introduction to lecture 3 Introduction to the Content and Concepts of lecture 3 separation processes 5 heat energy pressure column vapour liquid boiler columns strategies water steam separation temperature stream From John Christy 0 likes 18 plays 0 Course Code CHEE11023 Publisher John Christy Licence Type All rights reserved The University of Edinburgh Language English Date Created January 17th, 2022 Retain Source File Yes
Distillation Lecture 3 2020 part 2 duration 16 minutes 29 seconds Distillation Lecture 3 2020 part 2 Distillation Lecture 3 2020 part 2	Distillation Lecture 3 2020 part 2 Distillation Lecture 3 2020 part 2 column bottom c1 condenser heat pressure vapour columns c2 boiler temperature component feed side operation control load From John Christy 0 likes 49 plays 0 Course Code CHEE11023 Publisher John Christy Licence Type All rights reserved The University of Edinburgh Language British English Date Created December 31st, 2020
Distillation Lecture 3 2020 part 1 duration 36 minutes 9 seconds Distillation Lecture 3 2020 part 1 Distillation Lecture 3 2020 part 1	Distillation Lecture 3 2020 part 1 Distillation Lecture 3 2020 part 1 heat column temperature pressure point condenser boiler process columns condensation water vapour amount feed equilibrium cooling bubble thing condensers things From John Christy 0 likes 70 plays 0 Course Code CHEE11023 Publisher John Christy Licence Type All rights reserved The University of Edinburgh Language British English Date Created December 31st, 2020
Distillation Lecture 2 2020 part 4 duration 25 minutes 35 seconds Distillation Lecture 2 2020 part 4 Distillation Lecture 2 2020 part 4	Distillation Lecture 2 2020 part 4 Distillation Lecture 2 2020 part 4 column water liquid steam vapour oil components stream side pressure boiler distillation energy flow bottom temperature cost component composition phase From John Christy 0 likes 58 plays 0 Course Code CHEE11023 Publisher John Christy Licence Type All rights reserved The University of Edinburgh Language British English Date Created December 30th, 2020
UniSim Workshop 2 - BTX Separation Solutions duration 24 minutes 0 seconds UniSim Workshop 2 - BTX Separation Solutions UniSim Workshop 2 - BTX Separation Solutions	UniSim Workshop 2 - BTX Separation Solutions UniSim Workshop 2 - BTX Separation Solutions column component sequence condenser distillation benzene fraction bottom specification composition boiler pressure feed stage duty profile equilibrium rate flow simulation From Mennatallah Labib 0 likes 42 plays 0 Course Code CHEEE1005 - CHEDSE4 Licence Type All rights reserved The University of Edinburgh Language English
UniSim Workshop 1 - Indirect Sequence Solutions duration 17 minutes 36 seconds UniSim Workshop 1 - Indirect Sequence Solutions UniSim Workshop 1 - Indirect Sequence Solutions	UniSim Workshop 1 - Indirect Sequence Solutions UniSim Workshop 1 - Indirect Sequence Solutions column condenser distillation temperature painting boiler c. pressure stages degrees ratio degree water distillate key kilo component components reflux duty From Mennatallah Labib 0 likes 50 plays 0 Course Code CHEEE1005 - CHEDSE4 Licence Type All rights reserved The University of Edinburgh Language English
Lecture 3 - Revision of Binary Distillation duration 26 minutes 7 seconds Lecture 3 - Revision of Binary Distillation Lecture 3 - Revision of Binary Distillation	Lecture 3 - Revision of Binary Distillation Lecture 3 - Revision of Binary Distillation equilibrium distillation reflux ratio point condenser stages stage feed 45-degree liquid method column boiler bar chemical reference b. curve vapour From Mennatallah Labib 0 likes 360 plays 0 Course Code CHEEE1005 - CHEDSE4 Licence Type All rights reserved The University of Edinburgh Language English
3.4 - Oxy-combustion capture duration 2 minutes 57 seconds 3.4 - Oxy-combustion capture 3.4 - Oxy-combustion capture	3.4 - Oxy-combustion capture Mitigating Climate Change - Carbon Capture Storage constructions nitrogen temperature chemical elements fuels percent level liquids gases climate change drive power chemical processes capture energy caption complete fire station place oxygen dioxide combustion technology produce electricity fluid dynamics effects suppression compression boiler process takes chamber carbon carbon capture and storage application thermodynamics heat transfer chemical engineering openmediabank mooc cc-by From Jon Jack 0 likes 46 plays 0 Licence Type Creative Commons - Attribution