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ENV520 - Lecture 3-3 - Langmuir, Temkin and D-R isotherms

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The slides presented in this series are available through the link:
ENV520 - Lecture 3-3 - Langmuir, Temkin and D-R isotherms
ENV520 - Lecture 3-2 - Linear and Freundlich Isotherms
ENV520 - Lecture 3 4 - Adsorption in mixtures
ENV520 - Lecture 5-3 - Regeneration methods
ENV520 - Lecture 10-3 - Reverse Osmosis
ENV520 - Lecture 9-3 - Flow mechanisms - Solution diffusion
ENV520 - Lecture 3-1 - BET Isotherm and determination of specific surface area
ENV520 - Lecture 8-3 - Membrane separation - Types of membranes
ENV520 - Lecture 1-3 - Properties of adsorbents
ENV520 - Lecture 7-3 - Example on scaling up
ENV520 - Lecture 1-2 - Physisorption vs Chemisortption
ENV520 - Lecture 9-1 - Membrane modules
ENV520 - Lecture 8-2 - Membrane separation - Membrane permeability
Lecture 6 (Part-3): How to draw operating-line on adsorption-isotherms
ENV520: Resource and Environmental Economics I
Langmuir isotherm model #shorts
ENV520 - Lecture 2-1 - Activated carbon synthesis
ENE 483: Adsorption Part 3 (11-13-2020)
CASE STUDY 4 : Modelling and interpretation of Adsorption Isotherms
ENV520 - Lecture 8-4 - Membrane separation - membrane processes
ENE 483: Adsorption Part 3 11/10/2021
Lecture 3 - Membrane Separation Technology - Modules, Structures and Material - Prof. Ajit K. Singh
Adsorption || basic concept || adsorption isotherm || Freundlich & Langmuir Isotherm||
Langmuir separation factor
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