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New AI Collaboration Aims to Accelerate R&D of Specialty Chemical

Written by Morgan High.

A new research collaboration between Eastman and NC State’s Department of Chemical and Biomolecular Engineering aims to significantly accelerate the research and development (R&D) of new specialty chemicals — chemicals that improve manufactured products and processes. This latest project builds on five years of work between the department and Eastman, integrating advancements in artificial intelligence (AI), catalysis and robotics to build a ‘self-driving lab.’

“The goal is to help Eastman digitize chemistry in order to identify the most sustainable and efficient ways to manufacture specialty chemicals,” said Milad Abolhasani, the project’s principal investigator, and associate professor of chemical and biomolecular engineering and University Faculty Scholar at NC State.

Milad Abolhasani stands for a portrait in his chemistry lab.
Milad Abolhasani is leading the new collaboration.

Located in Engineering Building I on Centennial Campus, Abolhasani’s team of chemical engineers will use Eastman’s funding to develop a fully autonomous lab, equipped with state-of-the-art robotic and analytical characterization tools.

“We have been exploring a variety of experimental approaches with NC State over the years,” said Dawn Mason, Eastman’s global external innovation manager. “This project is a continuation of that work, and we are excited about its potential to accelerate innovation.”

Planned to be operational by the end of 2022, the self-driving catalysis lab will allow the team to fast-track chemical discovery –– bringing together expertise in microreaction engineering, AI, automation and robotics.

College of Engineering Dean Louis Martin-Vega underscores the project’s impact: “Industry partnerships are critical to strengthening the research and teaching that we do at NC State. Working collaboratively with leaders in the field provides the opportunity to apply emerging science and technology while training our students for future careers.”

This latest collaboration adds to more than 100 completed research projects between Eastman and NC State over the past decade. Since 2012 when Eastman selected NC State as its strategic university partner, the company has invested $20 million across 11 academic departments. The long-term partnership has supported student and faculty development while commercializing research in a range of disciplines. Eastman also hosts an innovation center on Centennial Campus within walking distance of the College of Engineering and key academic programs that align with its innovation strategy.

Two women sit at a round table at Eastman’s innovation center on Centennial Campus. They are looking at through a red notebook.
Inside Eastman’s innovation center on Centennial Campus.

“The strong partnership with Eastman has resulted in a number of impactful technologies,” said Professor and Department Head of Chemical and Biomolecular Engineering Sindee Simon. “Eastman’s investment in the self-driving lab will allow Dr. Abolhasani and his students to further develop this technology to revolutionize the synthesis and development of speciality chemicals.”
Previous projects between Eastman and the Department of Chemical and Biomolecular Engineering have resulted in several advanced materials breakthroughs. Together they have studied BPA-free coatings for packaging, developed slippery coatings for a variety of everyday products, and applied machine learning to evaluate a mixture’s performance under different temperature and pressure conditions.