ASEP MUHAMAD SAMSUDIN, S.T.,M.T.

Slides:

Advertisements

Similar presentations

1 Solid oxide membranes for hydrogen separation and isolation Aurelija Martišiūtė.

Advertisements

DIALYSIS and ELECTRODIALYSIS

Paul Ashall, 2007 Membrane processes. Paul Ashall, 2007 Membrane processes Microfiltration Ultrafiltration Reverse osmosis Gas separation/permeation Pervaporation.

Organics & Alkali Solutions Separation- OleoSepa Pure Tech India, A-5, Trec step, Thuvakudi, Trichy Telephone: ; Telefax: 00.

Foundation GPC Training Course Theory. Nomenclature Gel Permeation ChromatographyGPC Size Exclusion ChromatographySEC Gel Filtration ChromatographyGFC.

• Electrodialysis (ED). • Liquid membranes. • Pervaporation.

MASS TRANSFER IN MEMBRANE PROCESSES

Super-M Hollow Fiber membranes for Purification, Separation & Concentration About Super-M PHILOSEP Super-M is UF/MF membrane module optimized to separation,

Membrane Applications in Water Treatment

cc(x)cc(x) cp(x)cp(x) Feed (Q f, c f ) Permeate (Q p, c p,out ) Concentrate (Q c, c c,out ), Retentate, Rejectate.

Membrane Processes •A membrane is a selective barrier that permits the separation of certain species in a fluid by combination of sieving and diffusion.

ASEP MUHAMAD SAMSUDIN, S.T.,M.T.

MEMBRANE SEPARATION MEMBRANE PROCESSES.

Membrane processes Paul Ashall, 2009.

Membrane technology for environmental improvement Intro to Environmental Sciences, Winter-spring 2002 J. Gilron, Institutes for Applied Research.

Part (I) Introduction to Membrane Technology in Drinking & Industrial Water Production.

Mixed ionic electronic conductors (MIECs).

Introduction/Materials & Methods (Kinetic Studies) By:Kristin Ackermann Amanda Rohs Blanca Skelding.

MEMBRANE TECHNOLOGY FOR WATER TREATMENT D. JAGAN MOHAN New Technology Research Centre University of West Bohemia Plzen, Czech Republic.

Reverse Osmosis Lec. 9 Dr. Ola Abdelwahab.

Ch 9 Gas Separation by Membranes Membrane Flow sheet of a membrane separation Separation of solvent and solute in SFE-processes Retentate Feed Permeate.

Internal Structure and Charge Compensation of Polyelectrolyte Multilayers Department of Chemical & Biological Engineering Colorado State University

1.Materials and Preparation. 2.Configuration.Modules.Transport. Fouling Aleksandra Różek Maria Zator MEMBRANE SEPARATION.

Pervaporation Overview Camilo Mancera Arias Ph. D. Student Graduate Program of Chemical and Process Engineering - URV. Tarragona Membrane Separations.

정범석 고분자하이브리드연구센터 한국과학기술연구원

Free Radical Polymerization - Reaction Methods Bulk and solution polymerization A typical recipe: 1 mole monomer 0.01 mole initiator 1 L solvent (optional)

Polymer Synthesis CHEM 421 F-22. Polymer Synthesis CHEM 421 B-2.

Immobilized enzymes Enzyme kinetics and associated reactor design:

Chapter 4-1 Chromatography

TKK 483 MEMBRANE TECHNOLOGY ASEP MUHAMAD SAMSUDIN, S.T.,M.T. IR. KRISTINAH HARYANI,M.T. DEPARTEMENT OF CHEMICAL ENGINEERING FACULTY OF ENGINEERING DIPONEGORO.

Alternative Separations

• Pervaporation - Discovered Only operation with phase change.

Types of Mechanism in the Chromatography

MEMBRANE CHARACTERIZATION ASEP MUHAMAD SAMSUDIN, S.T.,M.T. MEMBRANE SEPARATION.

• Dialysis - Applied since the 70’s. - Low industrial interest.

Biomedical Composites. Overview  Definition- made up of bulk phase (matrix) and dispersed other phases (reinforcement); collectively, the 2 exhibit mechanical.

50 nm Incorporation of Optical Functionalities Organic Dyes Conjugated Polymers Organometallics DNA Semiconducting Quantum Dots Nanowires Inorganic Charge.

1 Liquid Membranes Membrane Phase 1 Phase 2. 2 Types of LM  Immobilised (ILM) or Supported (SLM)  Emulsion (ELM) Organic liquid & surfactant Receiving.

INTRODUCTION ASEP MUHAMAD SAMSUDIN, S.T.,M.T. MEMBRANE TECHNOLOGY.

Cell Membrane Transport Notes Cell Membrane and Cell Wall: ALL cells have a cell membrane made of lipid bilayer and proteins Cell Membrane lipid bilayer.

Desalination and Reverse Osmosis Koh Huai Ze (10).

Mechanical and Transport Behavior of Polymeric Dense Films at Elevated Temperature Anandh Balakrishnan Faculty Advisor: Dr.Alan.R.Greenberg Co-Advisor:

Biofiltration for Odor and VOC Removal. INTRODUCTION.

CIA AAA. C I A Confidentiality I A Confidentiality Integrity A.

Mesoscopic chemical reactors: high-performance polymers K. Kageyama et al., Science, 285, 2113 (1999) Extrusion of ultra-high-molecular-weight polyethylene.

Other processing techniques Introduction Fiber pulling Foams Membranes Reactive injection Varnish and paintings Glues Crosslinked resins – Pouring – Compression.

Membrane Processes •A membrane is a selective barrier that permits the separation of certain species in a fluid by combination of sieving and diffusion.

정수공학및 설계 Membrane Processes.

TKK 435 MEMBRANE SEPARATION ASEP MUHAMAD SAMSUDIN, S.T.,M.T DR. I. NYOMAN WIDIASA, S.T.,M.T DEPARTEMENT OF CHEMICAL ENGINEERING FACULTY OF ENGINEERING.

Membrane Processes Introduction Membrane processes represent an important subset of filtration processes as there are very few pollutants found in water.

The reading is 7.38 mm. The reading is 7.72 mm.

Lecture3_water purification, ChemEng, KKU, M.Thabuot MEMBRANE: Microfiltration Simple screening mechanism Pore size 0.01 μm - 10 μm  P  0.01 to 0.5 MPa.

Laboratory for Membrane Preparation and Characterisation Alberto Figoli Institute on Membrane Technology (ITM-CNR) Via Pietro Bucci Cubo 17/C, Rende (CS)

A Separation technique.……. Chromatography

G. H. Patel College of Engineering & Technology, V. V. Nagar

SLOW SAND FILTERS Slow sand filters (as opposed to "rapid sand filters", the type discussed above) are operated at a much lower loading rate. Surface.

General Physics Institute Russian Academy of Sciences

INTRODUCTION  A membrane is a thin semi-permeable barrier which can be used for the following types of separation: 1. Particle-liquid separation 2. Particle-solute.

Desalination by Reverse Osmosis

Capacitance (Chapter 26)

ASEP MUHAMAD SAMSUDIN, S.T.,M.T.

General Definition Membrane Processes include a broad range of seperation processes from filtration to ultrafiltration and reverse osmosis. A semi-permeable.

Water and Diffusion Ch. 6.2.

Extraction for 14N5+ ion acceleration regime

FLOW BOILING HEAT TRANSFER

Introduction to Biophysics Lecture 17 Self assembly

Volume 58, Issue 2, Pages (August 2000)

Practice Geometry Practice

Presentation transcript:

ASEP MUHAMAD SAMSUDIN, S.T.,M.T. MEMBRANE SEPARATION CLASSIFICATION ASEP MUHAMAD SAMSUDIN, S.T.,M.T.

Cross-section Structure MEMBRANE Material Source Cross-section Structure Bulk Structure Geometry Separation Regime Organic/ Polymer Symmetric Integrally Flat Sheet Porous Inorganic Asymmetric Composite Tubular Nonporous Ion Exchange

Material Source Organic/ Polymer Inorganic Source : www.tjskl.org.cn Source : www.weiku.com

Cross-section Structure Symmetric Asymmetric Source : www.sciencedirect.com

Cross-section Structure Asymmetric Symmetric Poly(methyl methacrylate) (PMMA) is a transparent thermoplastic, often used as a lightweight or shatter-resistant alternative to glass. Source : www.sciencedirect.com

Bulk Structure Integrally Composite Source : http://openi.nlm.nih.gov

Geometry hollow fiber (d < 0,5 mm) capiler (d = 0,5  10 mm) Flat Sheet Tubular Source : www.membranespecialists.com hollow fiber (d < 0,5 mm) capiler (d = 0,5  10 mm) tubular (d  10 mm).

Separation Regime Sieving mechanism Solution-diffusion Porous Solution-diffusion Non Porous Charge exclusion Ion Exchange Source : web.ornl.gov Source : www.co2crc.com.au Source : glossary.periodni.com

Cross-section structure Bulk structure Selective barrier regime Material source Cross-section structure Bulk structure Selective barrier regime Membrane process symmetric RO, MF porous UF, MF polymeric integrally charge non-porous ED asymmetric Membrane for separation porous UF, NF composite non-porous NF, RO, PV charge non-porous ED Inorganic