26th Annual Meeting
May 21 - 25, 2016, Bellevue, WA USA



NAMS 2016 Home

Preliminary Program

Hotel Reservation

Abstract Submission

Meeting Registration

Sponsors and Exhibitors
 
NAMS Home


NAMS 2016 SCHEDULE

Saturday, May 21
7:00 AM - 9:00 AM Registration in Juniper Foyer
8:00 AM - 9:00 AM Continental Breakfast for lecturers and workshop participants
9:00 AM - 5:00 PM Workshop 1 in Juniper
9:00 AM - 5:00 PM Workshop 2 in Larch
10:00 AM - 10:30 AM Coffee Break
3:00 PM - 3:30 PM Coffee Break

Sunday, May 22
7:00 AM - 9:00 AM Registration in Juniper Foyer
9:00 AM - 5:00 PM Workshop 3 in Juniper
9:00 AM - 5:00 PM Workshop 4 in Larch
10:00 AM - 10:30 AM Coffee Break
2:00 AM - 5:00 PM Student Workshop in Auditorium (more information below technical program list)
3:00 PM - 3:30 PM Coffee Break
4:00 PM - 7:00 PM Registration in Evergreen East Foyer
4:00 PM - 11:00 PM Exhibit Setup in Evergreen East Foyer
6:00 PM - 10:00 PM Welcome Reception in Evergreen Foyer

The full technical program can be be accessed on the AIChE website here: https://aiche.confex.com/aiche/nams16/webprogram/ataglance.html

 
Monday, May 23
7:00 AM - 7:00 PM
Registration
Evergreen Foyer
7:00 AM - 11:00 PM
Exhibit
Evergreen East Foyer
7:45 AM - 8:45 AM
Plenary Lecture: Dr. Michael Yandrasits
Evergreen EF
8:45 AM - 9:30 AM
Coffee Break
 
Evergreen A
Evergreen B
Evergreen C
Auditorium
9:30 AM - 12:30 PM Membrane Transport: theory and characterization tools Energy Applications Membranes for Bio-Separations & Devices Polymeric & Organic Membranes I
12:30 PM - 2:00 PM
Lunch break/Lunch with Legends
2:00 PM - 5:30 PM Membranes Reactors & Contactors Environmental Emission Controls Biomimetic Membranes Inorganic Membranes
3:30 PM - 4:00 PM
Coffee Break
5:30 PM - 7:00 PM
Dinner Break
5:45 PM - 6:45 PM
NAMS Business Meeting
Evergreen A
7:00 PM - 10:00 PM
Poster Session
Evergreen Foyer GHI
I. Energy and environment - Evergreen ABC
II. Water treatment and desalination - Evergreen ABC
III. Gas & molecular separation - Evergreen E
IV. Life science, biomedical and sensors - Evergreen Foyer GHI
V. Membrane materials, modeling and novel applications - Evergreen GHI

 
Tuesday, May 24
7:00 AM - 6:00 PM
Registration
Evergreen Foyer
7:00 AM - 11:00 PM
Exhibit
Evergreen East Foyer
7:45 AM - 8:45 AM
Plenary Lecture: Dr. Winston Ho
Evergreen EF
8:45 AM - 9:30 AM
Coffee Break
 
Evergreen A
Evergreen B
Evergreen C
Auditorium
9:30 AM - 12:30 PM Novel Membrane Materials I Composite & Hybrid Membranes I Desalination & Potable Water Production I Polymeric & Organic Membranes II
12:30 PM - 2:00 PM
Lunch Break
2:00 PM - 5:30 PM Novel Membrane Materials II Micro, Ultra, & Nano-Filtration Applications I Desalination & Potable Water Production II Gas Separation I
3:00 PM - 3:30 PM
Coffee Break
7:00 PM - 10:00 PM
Banquet
Evergreen DEF

 
Wednesday, May 25
7:00 AM - 10:00 AM
Registration
Evergreen Foyer
7:00 AM - 5:30 PM
Exhibit
Evergreen East Foyer
 
Evergreen A
Evergreen B
Evergreen C
Auditorium
8:30 AM - 12:30 PM Composite & Hybrid Membranes II Micro, Ultra, & Nano-Filtration Applications II Gas Separation II - CO2 Separation
9:00 AM - 12:30 PM NAMS Awards
10:30 AM - 11:00 AM
Coffee Break
12:30 PM - 2:00 PM
Lunch Break
2:00 PM - 5:30 PM Polymeric & Organic Membranes III Molecular Separation & Pervaporation Water Treatment, Reclamation & Reuse Gas Separation III - New Concepts
3:00 PM - 3:30 PM
Coffee Break

   Student Workshop

   Sunday, May 22, 2:00 PM - 5:00 PM


Speakers
Dr. Meagan Mauter, Assistant Professor, Carnegie Mellon University
Dr. Evan Hatakeyama, Research Engineer, Chevron Energy Technology Company
Dr. Rajinder Pal Singh, Staff Member, Los Alamos Nat. Lab.

Moderators
Dr. Ayse Asatekin, Assistant Professor, Tufts University
Dr. Manish Kumar, Assistant Professor, Pennsylvania State University

Come to this FREE workshop for all students to learn about the exciting career opportunities in membrane science and technology. Each of our speakers has gone down a different career path (academic, industry, national laboratory). Come learn the different aspects of each career path and how to prepare for each from these young membrane scientists.

Like previous years, we are soliciting questions from attendees ahead of the meeting so that we can pass them off to our speakers to answer either during their talks or during an open panel discussion. If you have questions for one of our panelists or just in general, email Dr. Ayse Asatekin (ayse.asatekin@tufts.edu) or Dr. Manish Kumar (manish.kumar@psu.edu) and we will answer them during the workshop.

Also, please bring your resume/CV as our speakers will be able to provide critiques during a breakout session. Both graduate students and undergraduate students are welcome to attend.

   Membrane Workshops

   Saturday, May 21, 8:00 AM

Workshop 1: Measurement Methods for Membranes

    Lecturers
    John Pellegrino, University of Colorado at Boulder
    Ruth Baltus, Clarkson University

Abstract:
This workshop provides an overview of the entire field of membrane science, technology, and applications through measurements, and is therefore an excellent resource for novices with a technical background, as well as, seasoned veterans interested in broadening their scope (or having a refresher.) The workshop will provide a survey of the various physical and chemical properties of membranes (and membrane process characteristics) that are measured, and the equipment (instruments) and techniques used, along with their underlying principles. A mixture of classical, novel, and resource-intensive techniques are included.
  • Two weeks prior to the workshop a set of journal articles will be made available to registrants through a Google (or other) Cloud drive. These articles will be used in active learning segments of the class utilizing concept questions.
  • One week prior to the workshop all registrants will be asked to fill out a survey with questions and topics of particular interest to them. We will strive to make sure that these items are discussed.

Syllabus topics include:
  • Introduction to membranes: review of membrane types and structures; goals of measurements; broad perspective on trade-offs and opportunities in characterization
  • Overview of transport processes and figures-of-merit: flux, selectivity, rejection, sieving coefficient; simple geometric membrane models
  • Membrane materials and polymers; density and fractional free volume; thermal and mechanical analysis - differential scanning calorimetry, dynamic mechanical analysis, thermal relaxation, nanoindentation; dielectric relaxation
  • Metrology basics: metrology basics and uncertainty; measuring density-pyncnometry; solubility-sorption pyncnometry, gravimetric, SAW, QCM, TGA, calorimetry
  • Gas and vapor systems: measuring time lag for permeation; mass spectrometry-transient permeation
  • Liquid systems testing: calibrations; permeation; species fractionation; integrity
  • Porometry
  • Surface and chemical measurements: surface energy and charge; FTIR; surface chemical analysis - XPS, Auger, SIMS, RAMAN, NMR, MRI, MALDI-TOF
  • Visualization and scattering:
 SEM, TEM, optical, NSOM, CLSM, AFM; WAXD; SAXS; SANS; PALS
  • Other topics and motivations: (for example, ultrasonics, electrochemical, TIRF, etc.)



    Workshop 2: Membranes for Water Treatment

    Lecturers
    Isabel Escobar, University of Kentucky
    Dibakar Bhattacharyya, University of Kentucky
    Ben Weaver, Nanostone Water Inc.


ABSTRACT:
Membrane processes are finding wide applications ranging from water treatment to reactors to advanced bio-separations. Membranes are particularly useful for material recovery and for permeate reuse (such as, water recycle). The workshop is configured as a one day program of about 6 hours of lectures. Both desalination and toxic pollutant removal/destruction techniques will be discussed. The workshop topics include membrane selection criteria, practical information regarding configuration, performance and operating conditions of membrane technology applied to desalination of brackish and seawater, and wastewater reclamation systems, mixed-matrix membranes, and advanced functionalized/responsive membranes from toxic metal capture to water detoxification. Membrane surface and pore functionalization approaches, reactive nanostructured for water detoxification will be part of the advanced membrane topics. The effects of feed water quality, pretreatment options, operating parameters and performance of membrane units and hybrid options will also be discussed. The workshop material will also include information on economics of membrane systems including drivers for membrane selection for various applications.

OUTLINE

Session 1
Introduction to membrane theory
Materials, configuration and performance

Session 2
Scaling and fouling phenomena
Membrane Integrity and degradation

Session 3
Membrane water applications
Membrane markets

Session 4
RO, NF, etc. for pollutants removal
Hybrid Systems
Materials recovery and water reuse

Session 5
Functionalized membranes for water area
Toxic metal capture, and low pressure NF type separations (ex. As, Cr, from water)

Session 6
Membranes with nanostructured catalytic materials
Advanced membrane-based oxidation/reduction for organic pollutant destruction

Session 7
Module design and elements
Drivers for membrane selection

LECTURERS
Isabel Escobar is a Professor in the Department of Chemical and Materials Engineering at the University of Kentucky. In the field of membrane separations, she has been the PI of numerous membrane research projects, has one recently licensed patent on a breakthrough anti-biofouling feed spacer material. Isabel Escobar and her research group have published over 50 articles in peer-reviewed journals, and have made over 100 presentations at national/international conferences. She has edited two books, Sustainable Water for the Future-Water Recycling versus Desalination (ISBN: 9780444531155) and Modern Applications in Membrane Science and Technology (ISBN: 9780841226180). Escobar Chaired the 2006 American Water Works Association (AWWA) Desalination Symposium Chair, Honolulu, Hawaii, 21-22 May 2006; the NAMS 2007 Annual Meeting Chair, Orlando, FL, 11-16 May 2007; and the NAMS 2012 Annual Meeting Chair, New Orleans, LA, 9-13 June 2012.

Dibakar Bhattacharyya (DB) is the University of Kentucky Alumni Chair Professor of Chemical Engineering and a Fellow of the American Institute of Chemical Engineers. In December 2012, he was elected to the Board of North American Membrane Society. For 2010- 2011 he was the Chair of the Separations Division of AIChE. He is the Co-Founder of the Center for Membrane Sciences at the University of Kentucky. He has published over 176 refereed journal articles and 21 book chapters, 2 books and Kirk-Othmar Encyclopedia chapter on Reverse Osmosis, and has 8 (3 full utility patents filed in 2012) U.S. Patents (Functionalized Membranes, green Synthesis, and one on hazardous waste destruction technology). He has worked with several industries in projects dealing with wastewater, material recovery, water reuse, and membrane separations. Dr. Bhattacharyya has received a number of awards for his research and educational accomplishments, including the 2009 Gerhold Award from the AICHE Separations Division for his outstanding contributions in Membrane Separations Technology Development, 2004 Kirwan Prize for Outstanding Research accomplishments, Larry K. Cecil AIChE Environmental Division Award for outstanding membrane technology developments in the water related field, and the University of Kentucky Great Teacher (1984,1996, 2008) Awards three times. At the 2007 NAMS Annual Meeting, he was honored for his contributions in the area of functionalized membranes. He has edited a new book on Responsive Membranes and Materials, published by John Wiley in January 2013.

Ben Weaver graduated from University of California, Berkeley with a BS degree in Chemical Engineering. He has spent his 8+ year career in various roles supporting membrane technology. Ben began his membrane career at Hydranautics where he worked on applications and development of hollow fiber and spiral wound MF and UF products used for treatment of seawater, wastewater, surface and ground waters primarily for pretreatment to NF/RO and drinking water. He spent 2+ years working on the Encina Seawater Pilot in Carlsbad, CA, future home of a 50 MGD desalination plant. He worked on applications for ethanol production as well as produced and seawater treatment for the oil and gas industry. He then started working for Nanostone Water (previously Ultura and Sepro Membranes) in an applications and sales role primarily focusing on process applications in food and beverage, industrial waste waters and specialty applications in energy and oil markets.

 


   Sunday, May 22, 8:00 A.M.

Workshop 3: Polymeric and Inorganic Membrane Materials and Membrane Formation

   Lecturers
    Henk Verweij, Ohio State University
    Maria Coleman, University of Toledo

Abstract:
This workshop includes synthesis and properties of polymeric and inorganic membranes.

MORNING SESSION
Inorganic Membranes: Henk Verweij
This session will cover the most important inorganic membrane types with an emphasis on transport properties of single- and multi-layer structures. After taking the work shop, participants will be able to quickly evaluate the design and viability of supported membrane concepts. The workshop is of interest for researchers, students, teachers, and project managers. It will be slow-paced with much participant interaction.

  1. Overview (50'; 10' break)
    • Definitions, representative dense and porous morphologies, chemical composition and structure.
    • Application for gas and liquid filtration and separation, relation with pore size.
    • Characterization with electron microscopy, Kelvin radius methods, ellipsometry.
  2. Transport properties (50'; 10' break, 25')
    • Membrane transport regimes vs pore size.
    • Meso- and macro-porous membrane liquid transport, ion rejection.
    • Meso- and macro-porous membrane gas transport.
    • Micro-porous and dense membrane transport.
    • Treatment of overall multi-layer permeance.
  3. Synthesis, colloidal and wet processing (25'; 10' break, 50').
    • Colloids and colloidal stability.
    • Nano-particle synthesis, particle dispersion, and removal of agglomerates.
    • Colloidal consolidation of membranes and supports.


AFTERNOON SESSION
Polymeric Membranes: Maria R. Coleman
The polymer membrane portion will provide an overview on material selection and fabrication techniques for production of polymeric membranes. The structures and separation properties of a variety of membranes for microfiltration, ultrafiltration, nanofiltration, reverse osmosis, gas separation will be presented. If workshop facilities allow, there will be a practical demonstration of membrane casting as well as opportunities to participate. It will include the following topics:

1. Material Selection

2. Basic principles of polymer science, transport mechanisms in polymers, material selection for different membrane separation processes, membranes structure/property relationships. Additional topics will include mixed matrix membranes and next generation membrane materials.

3. Formation of Polymer Membranes by Phase Separation

4. Immersion precipitation, thermally- induced phase separation process, microporous membranes, dense, thin-skinned asymmetric membranes.

5. Formation of Thin-Film Composite Membranes

6. Solution coating processes, interfacial composite membranes, multilayer composites.

7. Membrane Modifications: Methodology for surface and bulk modification by chemical and plasma techniques.

 


 

   Workshop 4: Polymer Ion-Exchange Membranes for Electrochemical Applications

   Lecturers
    Yushan Yan, University of Delaware
    Corky Mittelsteadt, Giner Inc.

Abstract:
Polymer ion-exchange membranes (IEMs), including proton exchange membranes (PEMs) and hydroxide exchange membranes (HEMs), have important applications in electrochemical energy conversion devices including fuel cells (FCs), electrolyzers (ELs) and redox flow batteries (RFBs). IEMs share the basic structure of polymer backbone with an ionic group either in the backbone or tethered to the backbone via a pendent side chain. In the case of PEMs an anion such as -SO3- is attached while for HEMs, the anion is replaced by a cation such as -N(CH3)+. These ionic groups in general facilitate the transport of ions of the opposite charge, while exclude ions of similar charge. The history, development and applications of IEMs are presented, as well as the critical physical properties for different applications with an emphasis on characterization. We also look at the lifetime of IEMs in different applications, and how they generally fail.
The synthetic pathways of manufacturing IEMs are discussed, as well as structure/property relationships and challenges for both PEMs and HEMs. As of today PEMs are much more advanced than HEMs due to their more mature synthesis, and greater durability. We will begin by introducing PEMs and then move on to HEMs.

1. PEMS
  • Introduction
    • Application
    • Requirements
    • Development history
    • Types

  • Physical measurements
    • Conductivity
    • Gas permeability
    • Water uptake and diffusivity
    • Ion cross-over/Donnan equilibrium
    • Electroosmotic drag
    • Mechanical Properties

  • Failure modes
    • Chemical
      • Degradation mechanisms
      • Application specific
      • RH dependence
    • Mechanical
      • Areas
      • Testing
      • Mechanisms
      • Mitigation

  • Synthesis
    • PFSA
    • Hydrocarbon
      • Post
      • Pre

2. HEMS
  • Applications
    • FCs
    • ELs
    • RFBs

  • Synthesis
    • End groups
    • Tethers
    • Backbones

  • Degradation mechanisms
    • Alpha-carbon substitution
    • Beta elimination

Yushan Yan is the Distinguished Engineering Professor and the Associate Dean for Research and Entrepreneurship of the College of Engineering at the University of Delaware. He received his B.S. in Chemical Physics from the University of Science and Technology of China (1983-1988), and Ph.D. in Chemical Engineering from the California Institute of Technology (1992-1996). He studied heterogeneous catalysis at the Dalian Institute of Chemical Physics of the Chinese Academy of Sciences (1988-1992). His prior appointments include Senior Staff Engineer at AlliedSignal Inc. (1996-1998) and faculty member at the University of California Riverside (1998-2011) (Assistant Professor, 1998; Associate Professor, 2002; Professor, 2005; Department Chair, 2008-2011; University Scholars, 2006; University of California Presidential Chair, 2010). He was elected a Fellow of the American Association for the Advancement of Science (2008) and recognized by the International Zeolite Association with the Donald Breck Award (2010) for his zeolite thin film research. He was one of 37 awardees in the US Department of Energy's ARPA-E OPEN 2009 (1st open call for proposals) for his fuel cell technology and one of 66 awardees in OPEN 2012 (2nd open call) for his redox flow battery concept. He has been an inventor on a number of issued or pending patents, some of which were licensed to form startup companies (e.g., NanoH2O and OH-Energy). His research has been widely cited in the scientific community (10000+ total citations and h-index = 56) and extensively covered by the media including New Scientist, Business Week, C&EN News, Materials Today, MRS 360, Chemical Engineering Progress, China Press (newspaper) and Chinese Daily News (newspaper), CNBC, CNN.com, KABC, and VOA.

Cortney "Corky" Mittelsteadt is the Vice President of Technology, and board member at Giner, Inc. an R&D and manufacturing company in Newton, MA. Dr. Mittelsteadt earned his B.S. in chemical engineering before completing his PhD in polymer chemistry at SUNY-ESF/Syracuse University. He began his career at Giner, working within their partnership with GM to develop materials for fuel cell vehicles. Beyond fuel cell vehicles he has built an electrochemical hydrogen peroxide generator for a chemical laser, modeled the Space Shuttle fuel cell for docking with the International Space Station, and is developing the next oxygen generator for the ISS. In 2009 he won the DOE's Hydrogen Program R&D Award for his work in PEMs. In total Dr. Mittelsteadt has been P.I. for ~ $30 million dollars in private and government research. As technical lead at Giner he heads a team of 37 scientists, 11 with PhDs, in areas of fuel cells, electrolyzers, sensors, batteries and medical devices.


Meeting Co-Chairs
Yoram Cohen
UCLA
Email
Bruce Hinds
University of Washington
Email
Wei Liu
Pacific Northwest National Laboratory
Email