News Release 

Syracuse researchers join forces to identify chemical composition of plastic artifacts

Syracuse University

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IMAGE: The Syracuse Chemistry of Artifacts Project (SCOAP) team in front of the Plastics Artifacts Collection in Bird Library: chemistry Ph.D. candidate Elyse Kleist, chemistry instructor Mary Boyden and chemistry professor... view more 

Credit: Syracuse University

Syracuse University Libraries' Special Collection Research Center (SCRC) and the Department of Chemistry in the College of Arts and Sciences have collaborated on a first-of-its-kind project. Courtney Asztalos, the Libraries' plastics pioneers curator of plastics and historical artifacts, partnered with chemistry professor Timothy Korter to investigate the chemical composition of objects from the Plastics Artifacts Collection, located on the sixth floor of Bird Library.

Korter, chemistry instructor Mary Boyden and chemistry Ph.D. candidate Elyse Kleist created the Syracuse Chemistry of Artifacts Project (SCOAP) to use Raman spectroscopy to analyze plastic items from the Plastics Artifacts Collection. Raman spectroscopy is a non-destructive technique using a laser beam to enhance knowledge of the chemical composition of plastics. This information is critical to the Plastics Artifacts Collection's conservation, preservation and curation.

In addition to the benefit to the Libraries, the collaboration is also providing a research opportunity for the Department of Chemistry. With a solid foundation now in place through the creation of a comprehensive reference database of known plastics and formation of research protocols, the SCOAP team has set the stage for undergraduate students to engage in undergraduate research beginning in fall 2019.

Students enrolled in Introduction to Chemical Research (CHE450) will work alongside Korter and Boyden on the project as part of their American Chemical Society certified degrees. They will use Raman spectroscopy to identify the chemical composition of items in the Plastics Collection and will also work with Libraries staff to understand the historical and cultural value of important plastics artifacts.

"From a chemistry perspective, this is an outstanding example of applying rigorous analytical chemistry techniques in a real-world scenario where the students can immediately see the positive impact of their investigative work," Korter says.

"It is magnificent to see the plastics artifacts being utilized in new and exciting ways, especially in contributing to SCOAP's chemical research," says Asztalos.

"We are delighted to partner on this innovative research project, which combines skills and materials from the Special Collections Research Center with faculty and student expertise, and which adds to our knowledge of important items in our collections to benefit future research," adds Dean of Libraries and University Librarian David Seaman. "This is exemplary of the kind of work an R1 research university is engaged in."

The initiative was made possible through financial support from Invest Syracuse and the Department of Chemistry for the purchase of a portable Raman spectrometer, microscope, computer and supplies, as well as Syracuse University Libraries for project space and the purchase of modern polymer reference samples that were used to create a plastics reference library. Members of the Plastics Pioneers Association also donated reference samples to SCOAP's plastics reference library.

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