Канал: PLE at Lund University

How does evaporation enthalpy change with pressure?

How does evaporation enthalpy change with pressure?

Simulating Single Effect Evaporation: 1 Preparation

Simulating Single Effect Evaporation: 1 Preparation

Simulating single effect evaporator: 2B Using TS_from_PS

Simulating single effect evaporator: 2B Using TS_from_PS

Simulating single effect evaporator: 2A Using H_steam

Simulating single effect evaporator: 2A Using H_steam

Using root from scipy.optimize

Using root from scipy.optimize

Simulating single effect evaporator. 2C Using hL_gelatine

Simulating single effect evaporator. 2C Using hL_gelatine

Changing sample code to something else

Changing sample code to something else

Introduction to compulsory task on evaporation

Introduction to compulsory task on evaporation

Evaporation: Mass and energy balances

Evaporation: Mass and energy balances

Evaporation: Drinking water from sea water

Evaporation: Drinking water from sea water

Evaporation: Heat transfer coefficient

Evaporation: Heat transfer coefficient

Evaporation: Design principle

Evaporation: Design principle

Single effect simulation: Testing H_steam

Single effect simulation: Testing H_steam

Introduction to KETF10 Separation Processes

Introduction to KETF10 Separation Processes

KETF10 Separation Processes in 5 minutes

KETF10 Separation Processes in 5 minutes

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

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

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

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

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

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

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

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

Drawing a correct slope (student errors)

Drawing a correct slope (student errors)

Distillation Rmin versus Nmin (student errors)

Distillation Rmin versus Nmin (student errors)

Equilibrium or not? (student errors)

Equilibrium or not? (student errors)

Check your solutions (student errors)

Check your solutions (student errors)

Units in Mass and Energy Balances (student errors)

Units in Mass and Energy Balances (student errors)

Gas or liquid? (student errors)

Gas or liquid? (student errors)

Unit analysis (and unit errors)

Unit analysis (and unit errors)

Calculating concentrations (student unit errors)

Calculating concentrations (student unit errors)

Intro to re-exam hints (KETF40+KETF10)

Intro to re-exam hints (KETF40+KETF10)

NYM 2021 Panel Discussion Highlights

NYM 2021 Panel Discussion Highlights

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

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

Vattenstämman 2021 Presentation av VA-teknik Södra

Vattenstämman 2021 Presentation av VA-teknik Södra

Thesis defence - Hanna Karlsson - Precipitating Amine Absorption Systems for Carbon Capture

Thesis defence - Hanna Karlsson - Precipitating Amine Absorption Systems for Carbon Capture

Visionen om precisionsläkemedel

Visionen om precisionsläkemedel

Diffusivity experiment (no sound, stop motion)

Diffusivity experiment (no sound, stop motion)

Convection versus diffusion

Convection versus diffusion

KETF40 2014 Course summary

KETF40 2014 Course summary

Finding your group in Canvas

Finding your group in Canvas

Adsorption: Introduction

Adsorption: Introduction

Membranes for a sustainable future

Membranes for a sustainable future

Avoid bad variable names in programming

Avoid bad variable names in programming

Surface enlargement to increase heat transfer

Surface enlargement to increase heat transfer

Heat Exchange Lab: Looking at different heat exchangers

Heat Exchange Lab: Looking at different heat exchangers

CT1

CT1

Introduction to Comsol Multiphysics 5.5

Introduction to Comsol Multiphysics 5.5

Livestream från Department of Chemical Engineering, Lund University

Livestream från Department of Chemical Engineering, Lund University

KETF40 Mass Trf in Env. Eng. in 5 min

KETF40 Mass Trf in Env. Eng. in 5 min

Freeze drying and drying with superheated steam

Freeze drying and drying with superheated steam

Air recirculation dryers with example

Air recirculation dryers with example

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

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

Drying: Why more than ∆Hvap?

Drying: Why more than ∆Hvap?

Drying rates for (non)-hygroscopic materials

Drying rates for (non)-hygroscopic materials

Hygroscopic materials and drying

Hygroscopic materials and drying

Drying with air: Example

Drying with air: Example

Drying: Supplying energy

Drying: Supplying energy

Dewatering versus drying

Dewatering versus drying

BSA breakthrough example (real data)

BSA breakthrough example (real data)

Peak separation example (real data)

Peak separation example (real data)

Molecule sieve example (real experimental data)

Molecule sieve example (real experimental data)

SEC example (real data)

SEC example (real data)

Size Exclusion Chromatography (SEC)

Size Exclusion Chromatography (SEC)

How to find any value in logarithmic diagram

How to find any value in logarithmic diagram

Comments on column design and upscaling

Comments on column design and upscaling

Ideal versus real breakthrough in chromatography columns

Ideal versus real breakthrough in chromatography columns

Packed columns and porosity

Packed columns and porosity

Example: Upscaling chromatographic column

Example: Upscaling chromatographic column

Choosing Model for Membrane Filtration

Choosing Model for Membrane Filtration

Membrane filtration demo: Crossflow flow rate

Membrane filtration demo: Crossflow flow rate

Demo: Small pilot scale membrane filtration

Demo: Small pilot scale membrane filtration

Cake filtration demo

Cake filtration demo

Introduction to compulsory task on evaporation

Introduction to compulsory task on evaporation

Choosing breakpoint & upscaling

Choosing breakpoint & upscaling

Batch column adsorption intro

Batch column adsorption intro

Videos in Canvas Studio - simple demo video

Videos in Canvas Studio - simple demo video

Refresher on Breakthrough curves

Refresher on Breakthrough curves

Exporting group lists in Canvas LMS

Exporting group lists in Canvas LMS

Storm water seminar: Summary

Storm water seminar: Summary

Adaptation to Climate Change; a Planning Support System to Investigate Options

Adaptation to Climate Change; a Planning Support System to Investigate Options

Future City Flow

Future City Flow

Failures, Limitations and Opportunities in Modelling

Failures, Limitations and Opportunities in Modelling

Building flood resilience – together

Building flood resilience – together

Administrative Boundaries of the Water Balance in Sweden

Administrative Boundaries of the Water Balance in Sweden

Changing Expectations for Infrastructure in a Time of Climate and Technological Change

Changing Expectations for Infrastructure in a Time of Climate and Technological Change

Storm water seminar: Introduction

Storm water seminar: Introduction

Scatter plot in Excel: 6=60!?

Scatter plot in Excel: 6=60!?

More on breakthrough and upscaling

More on breakthrough and upscaling

Batch column adsorption: Derivation (DRAFT video)

Batch column adsorption: Derivation (DRAFT video)

Batch column adsorption: Upscaling

Batch column adsorption: Upscaling

Adsorption: Example batch wise tank

Adsorption: Example batch wise tank

Adsorption: Batch-wise tank (DRAFT video)

Adsorption: Batch-wise tank (DRAFT video)

Adsorption isotherms (DRAFT video)

Adsorption isotherms (DRAFT video)

Adsorption separation methods (DRAFT video)

Adsorption separation methods (DRAFT video)

Adsorption: Intro (DRAFT video)

Adsorption: Intro (DRAFT video)

Matlab data to Excel (simplistic instruction)

Matlab data to Excel (simplistic instruction)

Evaporation: Example with BPE (DRAFT video)

Evaporation: Example with BPE (DRAFT video)

Evaporation: Multieffect feed patterns (DRAFT video)

Evaporation: Multieffect feed patterns (DRAFT video)

Evaporation: Multieffect and BPE (DRAFT video)

Evaporation: Multieffect and BPE (DRAFT video)

Evaporation: How increase V? (DRAFT video)

Evaporation: How increase V? (DRAFT video)

Evaporation: Multieffect basics (DRAFT video)

Evaporation: Multieffect basics (DRAFT video)

Evaporation: Steam compression (DRAFT video)

Evaporation: Steam compression (DRAFT video)

Evaporation: Choosing equipment (DRAFT video)

Evaporation: Choosing equipment (DRAFT video)

Evaporation: Example single unit, no BPE (DRAFT video)

Evaporation: Example single unit, no BPE (DRAFT video)

Evaporation: Improving steam economy (DRAFT video)

Evaporation: Improving steam economy (DRAFT video)

Evaporation: Mass and energy balances (DRAFT video)

Evaporation: Mass and energy balances (DRAFT video)

Evaporation: Heat transfer coeff (DRAFT video)

Evaporation: Heat transfer coeff (DRAFT video)

Evaporation: Drinking water from sea water (DRAFT video)

Evaporation: Drinking water from sea water (DRAFT video)

Evaporation: Design principle (DRAFT video)

Evaporation: Design principle (DRAFT video)

Equation fitting in Excel

Equation fitting in Excel

3 models for permeate flux (DRAFT video on membrane filtration)

3 models for permeate flux (DRAFT video on membrane filtration)

Intro to membrane filtration (DRAFT video)

Intro to membrane filtration (DRAFT video)

Osmotic pressure model: Example (DRAFT video)

Osmotic pressure model: Example (DRAFT video)

Membrane filtration: Feed, retentate & permeate (DRAFT video)

Membrane filtration: Feed, retentate & permeate (DRAFT video)

Osmotic pressure model: Advanced (DRAFT video)

Osmotic pressure model: Advanced (DRAFT video)

Membrane filtration: Fouling and cleaning (DRAFT video)

Membrane filtration: Fouling and cleaning (DRAFT video)

Membrane filtration: Continuous versus batch (DRAFT video)

Membrane filtration: Continuous versus batch (DRAFT video)

Filtration cycle & Washing (DRAFT video)

Filtration cycle & Washing (DRAFT video)

Cake Filtration: Example (DRAFT video)

Cake Filtration: Example (DRAFT video)

Filtration: Compressibility and Filter aids (DRAFT video)

Filtration: Compressibility and Filter aids (DRAFT video)

KETF10 Course Intro (Draft version)

KETF10 Course Intro (Draft version)

Cake filtration (DRAFT version)

Cake filtration (DRAFT version)

Porous media: Shifting perspective to Kozeny Carman (DRAFT version)

Porous media: Shifting perspective to Kozeny Carman (DRAFT version)

Flow in pipes versus porous media: Draft version

Flow in pipes versus porous media: Draft version

Porous media: Example (DRAFT video)

Porous media: Example (DRAFT video)

Separation 3: Choosing method (and CT1)

Separation 3: Choosing method (and CT1)

Separation 2: Categorising sep methods

Separation 2: Categorising sep methods

Separation 1: What processes do you know?

Separation 1: What processes do you know?

From waste to high value products: Production of hemicellulose hydrogels

From waste to high value products: Production of hemicellulose hydrogels

Att göra rumslappar med mera i Word

Att göra rumslappar med mera i Word

Matlab intro Single effect evaporation

Matlab intro Single effect evaporation

Matlab intro (long version) Single effect evaporation

Matlab intro (long version) Single effect evaporation

Biogas from straw

Biogas from straw

Integrated and continuous biomanufacturing

Integrated and continuous biomanufacturing

Biofuels from second grade biomass

Biofuels from second grade biomass

Wastewater & Pharmaceuticals, Filters & Pasta

Wastewater & Pharmaceuticals, Filters & Pasta

Removal of micropollutants in wastewater using activated carbon

Removal of micropollutants in wastewater using activated carbon

Integration of first and second generation for the salvation of our nation

Integration of first and second generation for the salvation of our nation

Pharmaceuticals in wastewater: Efficient removal with activated carbon

Pharmaceuticals in wastewater: Efficient removal with activated carbon

Lignin is the new cellulose

Lignin is the new cellulose

Pharmaceuticals in our waste water

Pharmaceuticals in our waste water

When it rains it pours. Sustainable drainage systems (SuDS) – from local-scale to city-scale

When it rains it pours. Sustainable drainage systems (SuDS) – from local-scale to city-scale

Where text books go wrong about porous media

Where text books go wrong about porous media

Mer om genombrottskurvor och uppskalning

Mer om genombrottskurvor och uppskalning

Tentatal osmotiskt tryck-modellen

Tentatal osmotiskt tryck-modellen

Filtreringscykel och tvätt av filterkaka

Filtreringscykel och tvätt av filterkaka

Kompressibilitet och filterhjälpmedel

Kompressibilitet och filterhjälpmedel

Exam instructions and filling in the exam cover

Exam instructions and filling in the exam cover

Tentamensinstruktioner och hur man fyller i omslaget

Tentamensinstruktioner och hur man fyller i omslaget

Using probes in Comsol 5.3

Using probes in Comsol 5.3

20 – Modeling a CSTR using COMSOL

20 – Modeling a CSTR using COMSOL

Intro to distillation lab assignment

Intro to distillation lab assignment

Reading logarithmic diagrams (with high accuracy)

Reading logarithmic diagrams (with high accuracy)

mol%, weight% and dilution

mol%, weight% and dilution

Introduction to COMSOL Multiphysics

Introduction to COMSOL Multiphysics

Summary KETF40 part 2

Summary KETF40 part 2

Non-stationary mass transfer and Swedish meat balls

Non-stationary mass transfer and Swedish meat balls

Mass transfer in 3D

Mass transfer in 3D

Reynolds analogy and Chilton Colburn analogy

Reynolds analogy and Chilton Colburn analogy

Boundary Layer Theory

Boundary Layer Theory

Overall Mass Transfer Coefficient

Overall Mass Transfer Coefficient

Penetration theory

Penetration theory

Two Film Theory

Two Film Theory

Two Film Theory example + Quick summary

Two Film Theory example + Quick summary

Diffusivity versus Mass transfer coefficients

Diffusivity versus Mass transfer coefficients

Diffusion through stagnant component

Diffusion through stagnant component

Equimolar counter diffusion

Equimolar counter diffusion

Convection AND diffusion

Convection AND diffusion

Diffusion in liquids

Diffusion in liquids

Estimating diffusivity: Contribution method

Estimating diffusivity: Contribution method

Diffusivity: D_AB versus D_BA

Diffusivity: D_AB versus D_BA

Estimating diffusivity, advanced model

Estimating diffusivity, advanced model

Approaching advanced diffusivity model

Approaching advanced diffusivity model

Estimating diffusivity: Simple model

Estimating diffusivity: Simple model

Determining diffusivity (CT2 Intro)

Determining diffusivity (CT2 Intro)

Example: Adiabatic mixing of moist air

Example: Adiabatic mixing of moist air

Adiabatic mixing of moist air

Adiabatic mixing of moist air

Dry and wet density of moist air

Dry and wet density of moist air

Adiabatic saturation temperature

Adiabatic saturation temperature

Linear Regression in Matlab

Linear Regression in Matlab

Indunstning: Vätskeföring, viskositet och kokpunktsförhöjning

Indunstning: Vätskeföring, viskositet och kokpunktsförhöjning

Indunstning: Kapacitet, ångförbrukning och flereffektsindunstning

Indunstning: Kapacitet, ångförbrukning och flereffektsindunstning

Indunstning: Projektuppgift 2

Indunstning: Projektuppgift 2

Indunstning: Exempel med kokpunktsförhöjning

Indunstning: Exempel med kokpunktsförhöjning

Distillation: Deriving McCabe-Thiele using MB & EB

Distillation: Deriving McCabe-Thiele using MB & EB

Distillation: Exam task (Ethanol)

Distillation: Exam task (Ethanol)

Matlab Intro Solutions

Matlab Intro Solutions

Distillation: Phase equilbria

Distillation: Phase equilbria

Distillation: Flux units & tray efficiency

Distillation: Flux units & tray efficiency

Distillation: Intro & overview

Distillation: Intro & overview

Distillation: Overall design

Distillation: Overall design

Distillation: Interpreting T-x,y & H-x,y diagrams

Distillation: Interpreting T-x,y & H-x,y diagrams

Distillation: Rmin, Nmin, CAPEX and OPEX

Distillation: Rmin, Nmin, CAPEX and OPEX

Distillation: McCabe-Thiele Matlab Demo

Distillation: McCabe-Thiele Matlab Demo

Distillation: Spot-What's Wrong

Distillation: Spot-What's Wrong

Water Chemistry 4: ANC and pH

Water Chemistry 4: ANC and pH

Water Chemistry 6: Calcium carbonate equilibrium

Water Chemistry 6: Calcium carbonate equilibrium

Water Chemistry 5: ANC from the Gran Plot

Water Chemistry 5: ANC from the Gran Plot

Water Chemistry 3: Charge Balance & ANC

Water Chemistry 3: Charge Balance & ANC

Water Chemistry 3: Charge Balance and ANC

Water Chemistry 3: Charge Balance and ANC

Water Chemistry 1: What's in the water?

Water Chemistry 1: What's in the water?

Water Chemistry 2: Buffering systems

Water Chemistry 2: Buffering systems

Heat Exchangers 2

Heat Exchangers 2