09:12

Comsol demo: Boiling potato

03:07

How does evaporation enthalpy change with pressure?

05:47

Simulating Single Effect Evaporation: 1 Preparation

01:02

Simulating single effect evaporator: 2B Using TS_from_PS

02:42

Simulating single effect evaporator: 2A Using H_steam

05:16

Using root from scipy.optimize

01:18

Simulating single effect evaporator. 2C Using hL_gelatine

05:54

Changing sample code to something else

04:38

Introduction to compulsory task on evaporation

04:24

Evaporation: Mass and energy balances

01:24

Evaporation: Drinking water from sea water

05:23

Evaporation: Heat transfer coefficient

04:06

Evaporation: Design principle

14:40

Single effect simulation: Testing H_steam

10:01

Introduction to KETF10 Separation Processes

03:23

KETF10 Separation Processes in 5 minutes

05:50

Exam task distillation 2023-01-14 (KETF40+KETF10)

03:15

Exam task. Mass transfer theory 2023-01-14 (KETF40)

04:31

Exam task mass transfer 2023-01-14 (KETF40)

07:10

Exam task moist air 2023-01-14 (KETF40)

03:27

Drawing a correct slope (student errors)

03:34

Distillation Rmin versus Nmin (student errors)

08:57

Equilibrium or not? (student errors)

06:07

Check your solutions (student errors)

03:01

Units in Mass and Energy Balances (student errors)

03:56

Gas or liquid? (student errors)

11:49

Unit analysis (and unit errors)

08:31

Calculating concentrations (student unit errors)

01:44

Intro to re-exam hints (KETF40+KETF10)

00:44

NYM 2021 Panel Discussion Highlights

38:13

How can Membrane Technology Contribute to a Sustainable Future? (NYM 2021 Panel Discussion)

01:21

Vattenstämman 2021 Presentation av VA-teknik Södra

02:49

Visionen om precisionsläkemedel

04:12

Diffusivity experiment (no sound, stop motion)

08:11

Convection versus diffusion

13:42

KETF40 2014 Course summary

00:51

Finding your group in Canvas

04:01

Adsorption: Introduction

09:52

Membranes for a sustainable future

05:30

Avoid bad variable names in programming

02:55

Surface enlargement to increase heat transfer

06:00

Heat Exchange Lab: Looking at different heat exchangers

17:47

CT1

17:06

Introduction to Comsol Multiphysics 5.5

05:24

KETF40 Mass Trf in Env. Eng. in 5 min

07:11

Freeze drying and drying with superheated steam

04:45

Air recirculation dryers with example

04:55

Drying: Why can't we reach 100% relative humidity?

05:09

Drying: Why more than ∆Hvap?

06:55

Drying rates for (non)-hygroscopic materials

05:11

Hygroscopic materials and drying

05:54

Drying with air: Example

03:09

Drying: Supplying energy

03:45

Dewatering versus drying

04:09

BSA breakthrough example (real data)

02:20

Peak separation example (real data)

04:57

Molecule sieve example (real experimental data)

06:00

SEC example (real data)

02:34

Size Exclusion Chromatography (SEC)

09:40

How to find any value in logarithmic diagram