Skip to main content
Toggle main menu visibility
Menu
Join
Sign In
Communities
Membership
Events
Publications
Learning & Careers
AIChE Home
About
Contact AIChE
Leadership
Events
Communities
Membership
Learning & Careers
Publications
Careers at AIChE
Equity, Diversity, Inclusion
Giving
Students
Young Professionals
Operating councils
Local Sections
Committees
Awards
Communities
Membership
Events
Publications
Learning & Careers
Toggle site search visibility
Sign In
Join
Breadcrumb
Home
Publications
Proceedings
2017 Metabolic Engineering Summit
General Submissions
ME as an Enabling Technology for Driving Innovation
Impact of yeast lipid pathway engineering and bioprocess strategy on cellular physiology and lipid content
2014 AIChE Annual Meeting
Session: Undergraduate Student Poster Session: Separations
One of nine student poster sessions.
Presentations
10:00 AM
3-D Printing for CO2 Capture and Chemical Engineering Design
Membrane Technology for co2 Removal
Understanding Behavior of Ionic Liquid and Water Interface Via Molecular Dynamics Simulations
Effects of Branched and Cycloalkyl Functionality on CO2 Separation Performance of Poly(IL) Membranes
Effects of the Ratio of Excipient and Solute on Amorphous Particle and Unique Polymorph Formation
A New Thin Film Nanofiltration Membrane for Mixed Salt Rejection
Using Experimental Data to Model Small-Scale Batch Stills for the Purpose of Scaling-up the Column
Formulating Novel Draw Solutions for Forward Osmosis
Amine Polymer Impregnated MCM-36 for Carbon Dioxide Capture
Separations Using Super Critical CO2 Deposition Catalyst
Performance of Positively and Negatively Charged Nanofiltration Membranes Under Various Operating Conditions
Design of Bis(imidazole) Monomers for Step-Growth Polymerizations
Computational Modeling of Filtration Fundamentals
Using Vapor-Liquid Equilibrium Data to Evaluate Solvent Selection in the Synthesis of a Model Ionic Liquid
Detailed Finite-Element Calculations of Permeation in Mixed-Matrix Membranes
Osmotic Pressure Generation Model for a Pressure Retarded Osmosis System
Transport Properties of Graphene Oxide Membranes