ACS NEWS
Green Chemistry Summer School Is International Draw
T
HE T H I R D ANNUAL SUMMER SCHOOL
on Green Chemistry was held in Montreal on July 6-14. McGill University and Chao-jun Li, a chemistry professor there, hosted 57 graduate and postdoctoral students representing 17 countries for a week of lectures, discussions, poster sessions, and laboratory experiments.
Collins presented information on persistent, bioaccumulative, and toxic substances and highlighted the link between sustainability and ethics. Li provided examples of his research during a presentation on green chemistry in organic synthesis. GCI's Kathryn Parent organized a series of laboratory experiments that gave students hands-on exposure to green chemistry techniques. A proposal-writing workshop, led by Robert H. Rich of the ACS Petroleum Research Fund (PRF), introduced students to the skills needed to develop successful
LEARNERS ACS's third annual Summer School on Green Chemistry hosted 57 graduate and postdoctoral students representing 17 countries. ExxonMobil Foundation was the primary sponsor of the program, with additional support from the American Chemical Society, the Chemical Institute of Canada, and McGill University Two ACS units, the Green Chemistry Institute (GCI) and the Education Division, organized the summer school. Following overview lectures on green chemistry by GCI Director PaulT. Anastas and on green engineering by Eric J. Beckman of the University of Pittsburgh andjoan F. Brennecke of the University of Notre Dame, students were introduced to a variety of specialized topics, including supercritical fluids, energy, and the sustainable design of chemical products. John C. Warner of the University of Massachusetts, Lowell, discussed toxicology and his research on noncovalent derivatization. James E. Hutchison of the University of Oregon focused on green nanoscience and green chemistry education, as did Mary Kirchhoff ofACS's Education Division. Bacterial polyesters were described by Robert H. Marchessault of McGill University Berkeley W (Buzz) Cue (retired from Pfizer) discussed the role of green chemistry in the pharmaceutical industry, including drug manufacture and fate of drugs in the environment. Applications of biocatalysis in green chemistry were emphasized by Carlos D. Gonzalez of the University of the Republic, Montevideo, Uruguay. Carnegie Mellon's Terrence J. 50
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funding proposals and engaged student teams in drafting and critiquing proposal abstracts. A session on career management offered practical advice on job seeking, networking, and career options in chemistry Two poster sessions provided a venue for students to discuss their research. At the conclusion ofthe summer school, most students also participated in the "Chemistry in Context" workshop presented by textbook authors Catherine H. Middlecamp and Dwaine and Lucy P. Eu-
banks. This ACS text, designed for undergraduate students not majoring in science, introduces chemistry on a need-to-know basis in the context of environmental and health issues; it includes a significant green chemistry component. W>rkshop participants conducted inquiry-based experiments, considered assessment strategies, and explored the use of the Internet as a teaching tool. The 2005 summer school was the third in a series that began with the Pan-American Advanced Studies Institute on Green Chemistry in Montevideo, Uruguay inJuly 2003. This program, sponsored by the National Science Foundation and the U.S. Department of Energy, drew 55 students from five countries in the Americas. Carnegie Mellon was the site of the 2004 summer school, which was funded by PRF. Sixty-two students, representing 23 countries, participated in the weeklong program. Interest in the program has grown each year, with 105 students applying for the 60 available slots in 2005. The student response to the program was very positive, with one student noting, "It has fundamentally changed the way I look at science." Another participant stressed the importance of applying what was learned during the program: "I teach a couple of labs that were modified into a greener perspective. Students loved it, so I wanted to find out more about green chemistry to transmit it to the next generation of scientists." Students also appreciated the organization of the summer school. "I was well taken care of I will let my mom know," a student said.—MARY KIRCHHOFF
COLLABORATION In mid-July, a delegation from the American Chemical Society traveled to England to meet with Royal Society of Chemistry officials in London and Cambridge as part of a continuing collaboration between the two chemical societies. In addition to the annual RSC Summer Party and a private dinner in Westminster Palace, a highlight of the trip was a visit to 10 Downing Street, the historic home and office of British Prime Minister Tony Blair. The building was under especially tight security following the July 7 bombings in London. Shown here (from left) are David L. Schutt, ACS chief strategy officer-, William F. Carroll, ACS president; James D. Burke, ACS Board chair; Madeleine Jacobs, ACS executive director; RSC Parliamentary Affairs Officer Stephen Benn; and Flint H. Lewis, ACS secretary. Executives and officers from the two societies discussed issues of mutual concern in the areas of membership, publishing, government affairs, communications, the public image of chemistry, education, globalization, and the challenges of multidisciplinarity. WWW.CEN-0NLINE.ORG
