3 November 2015 – U of A Faculty Talk: Rylan Lundgren
24 February 2016 – U of A Faculty Talk: Sarah Styler
12 May 2016 – Annual General Meeting at U of A Faculty Club
On June 20, members of the CIC Edmonton Section’s executive held their annual retreat to plan events for the following year. We are always seeking new members to participate in planning events and activities to promote chemistry in the Edmonton region with us! (And it’s actually lots of fun!)
Here are two photos of the folks that made it out:
The CIC Edmonton section’s Annual General Meeting will be held May 5th, 2014 at the U of A Stollery Executive Development Centre, Business Building, 5th Floor, Room 504.
(Note: Not at the Faculty Club this year!)
The schedule is as follows:
6:00 PM Networking
6:30 PM Dinner
7:00 PM AGM
7:30 PM Guest speaker: Prof. João Soares (UofA Chemical & Materials Engineering)
8:30 PM Conclusion / Networking
Salad: Caesar, Greek, or Creamy Pasta
Sides: Garlic mashed potato, Steamed vegetables, Baby bok choy
Main course options: Roast beef OR Chicken bordon bleu OR Vegetarian option*
*(Please note in your RSVP if you plan to have the vegetarian option)
Cost: $30 for members; $35 for non-members; $20 for students
RSVP to Lucio Gelmini <email@example.com> to reserve a spot. Deadline for RSVP is May 1st, 2015.
The Importance of Polymer Reaction Engineering in Developing New Polymer Products
Polymers are statistical materials that cannot be uniquely characterized only with average molecular properties; rather, one needs to quantify their molecular architecture by measuring their distributions of molecular weight, chemical composition, short and long chain branching.
Several of these distributions are determined instantaneously using polymer chemistry principles, but the cumulative properties of the polymer exiting the reactor depend on reactor configuration, reactor type, and mode of operation. These additional variables impart additional variability to the molecular architecture of polymers and determine their final properties. Polymer reaction engineering combines polymer chemistry fundamentals, reactor engineering principles, and mathematical modeling techniques to quantify how these factors affect polymer properties.
In this presentation I will discuss how polymer reaction engineering principles are needed to develop new polymer products. I will illustrate these principles in two areas related to my research at the University of Alberta: polyolefins and polymer flocculants for oil sands tailings remediation.
Biography of Prof. João B.P. Soares, PhD, FCIC, P.Eng.:
João Soares received his bachelor’s degree from Federal University of Bahia (Salvador, Ba, Brazil), and his master’s degree from the State University of Campinas (Campinas, SP, Brazil), both in Chemical Engineering. Before moving to Canada, he worked during four years as a research and development engineer for Pronor, COPENE, and Polibrasil (Brazil). He did his PhD thesis under the supervision of Professor A.E. Hamielec, in the Department of Chemical Engineering at McMaster University (Hamilton, ON, Canada) and joined the faculty in the Department of Chemical Engineering at the University of Waterloo in 1995. On July 1, 2013, Professor Soares joined the Department of Chemical and Materials Engineering at the University of Alberta as the Campus Alberta Innovation Program Chair in Interfacial Polymer Engineering for Oilsands Processing. In 2014, Professor Soares became Canada Research Chair (Tier I) in Advanced Polymer Reaction Engineering.
Prof. Soares published more than 180 articles in referred journals, written 12 book chapters, and is the author (with Timothy McKenna) of the book Polyolefin Reaction Engineering published by Wiley-VCH in 2012. He has offered 27 public and 22 in-house industrial short courses all over the world in his areas of expertise. Professor Soares is also a co-organizer in two main international polyolefin conferences: The International Conference on Polyolefin Reaction Engineering (INCOREP), and The International Conference on Polyolefin Characterization (ICPC).
Professor Soares is the Editor-in-Chief for the Canadian Journal of Chemical Engineering. He is also a member of the Executive Advisory Board of Wiley-VCH Macromolecular journals and responsible for the coordination of Macromolecular Reaction Engineering.
Professor Soares is a Fellow of the Chemical Institute of Canada, and a Professional Engineer in the Provinces of Ontario and Alberta. He is the recipient of the Premier’s Research Excellence Award (2000), the Union Carbide/Dow Innovation Recognition Program (2000, 2001), and the Syncrude/CSChE Canada Innovation Award for contributions to Chemical Engineering under the age of 40 (2001). He consults for several polyolefin-manufacturing companies in Canada, USA, Europe, Asia, and the Middle East.
Research Interests: 1) polymerization reactor engineering for Ziegler-Natta, metallocene, late transition metal, free-radical and living free-radical polymerization, 2) water-soluble polymers for oil sands technology, 3) polymer microstructural characterization and fractionation, 4) mathematical modeling of polymerization reactors and polymer microstructure, and 5) in-situ polymer nanocomposites.
Map to the UofA Business Building:
Cafe CIC presents: Honey, It’s All About Bees
Come and enjoy that sweet sticky carbohydrate of your childhood. Honey is more than just a cloying treat on bread. It is one of the world’s most adulterated foodstuffs. An excellent professional development event brought to you by the local section of the Chemical Institute of Canada.
Our guest is Prof. Leonard Foster of the Centre for High Throughput Biology, University of British Columbia.
Six different types of honey will be available for tasting.
Date: March 24th, 2015 6:30 PM
Location: Concordia University
Hole Academic Centre, 7128 Ada Boulevard, Edmonton, AB T5B 4E4 (Map)
$5 for students
$10 for CIC members
$15 for non-members
February 11 at 7:00 pm we will be hosting Professor Alex Brown of the University of Alberta Department of Chemistry for a talk on his research applying computational models to chemistry problems. All are welcome to join the talk, as we learn how computational chemistry can aid in understanding experimental measurements and help come up with ideas for yet unmade chemical species. If you’re curious to learn more about Dr. Brown’s research, check out his website or Google Scholar profile.
Location: University of Alberta, Central Academic Building (CAB), Room 243 (map)
Date: Wednesday, February 11, 2015
Time: 6:30 PM refreshments; 7:00 PM lecture
Title: Computational Chemistry: What is it Good For? (Absolutely everything. Say it again)
The interpretation of modern experimental measurements and syntheses in chemistry is greatly aided through a a variety of sophisticated computational chemistry techniques (in particular ab initio electronic structure methods). These methods can be used for determining molecular geometries, bonding (electronic structure), and physical as well as photophysical properties of molecules. Computational chemistry can go beyond simply interpreting existing experiments to the prediction of new species with novel properties. In this talk, I will highlight recent examples from our work on phosphorescent tellurophene-compounds and molecular precursors for materials chemistry (research in collaboration with Prof. E. Rivard, University of Alberta). I will then move from materials chemistry research to chemical biology to discuss the design of fluorescent proteins with strong two-photon absorptions for biological imaging. From these examples, I will showcase the strong role computational chemistry plays in modern chemistry research.
*with apologies to N. Whitfield, B. Strong and their song “War” recorded E. Starr (1970)
Just a photo from the Executive’s meeting in December. Lots of neat events being planned for the winter months, including the Cafe CIC, our January talk, and more!