DuPont Central Research History and Current Status

DuPont Central Research has a rich history that spans over a century. The first research facility was established in 1903 in Wilmington, Delaware.

The original facility was a small laboratory with a few scientists working on various projects. It was a humble beginning, but it laid the foundation for the company's future growth and innovation.

DuPont Central Research has undergone significant transformations over the years, with new facilities and technologies being introduced to keep pace with changing industry needs. Today, the research center is a state-of-the-art facility with cutting-edge equipment and a team of highly skilled scientists.

The current status of DuPont Central Research is one of ongoing innovation and collaboration, with researchers working closely with other experts and organizations to develop new products and solutions.

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DuPont Central Research was established in 1951, marking a significant milestone in the company's history.

Located in Wilmington, Delaware, the research facility was designed to bring together scientists and engineers from various disciplines to collaborate on innovative projects.

The facility was built on a 125-acre site, providing ample space for research and development.

DuPont Central Research was initially focused on developing new materials and processes, including the production of nylon and other synthetic fibers.

In the 1950s, the facility began to explore the properties of plastics and their potential applications in various industries.

The research team at DuPont Central Research made significant contributions to the development of Kevlar, a high-strength synthetic fiber.

Kevlar was first introduced in the 1960s and quickly gained popularity for its exceptional strength-to-weight ratio.

DuPont Central Research continued to expand its research capabilities, investing in new technologies and equipment to stay at the forefront of innovation.

The facility played a key role in the development of other notable DuPont products, including Mylar and Tyvek.

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DuPont Central Research had a strong focus on photochemistry and physics, thanks in part to the work of David M. McQueen, a physical chemist from the University of Wisconsin–Madison. His research led to thirty-five patents and laid the groundwork for CRD's work in this area.

The team at CRD made significant contributions to the field of photochemistry, including photopolymerization color proofing for the printing industry. This work was led by David Eaton, who headed a strong team involved in this area.

One notable area of research was inorganic non-linear optical materials, which resulted in optical frequency doubling for "green lasers." This work was extended into organic materials with NLO properties.

The team also made a substantial effort on next generation photoresists for the semiconductor industry. These photoresists contained hydrocarbon and fluorocarbon monomers and were designed to replace wavelengths of 193 nm with 157 nm wavelengths for better resolution.

In addition to photochemistry and physics, DuPont Central Research also explored materials for the display industry. This included printable electronics, thermal transfer methods for color filters, carbon nanotubes for field emission displays, and OLED materials and devices.

Here are some of the specific research focus areas at DuPont Central Research:

DuPont Central Research was a hub for groundbreaking discoveries in various scientific disciplines.

The organization made significant contributions to polymer science, including the development of group-transfer polymerization (GTP) by Owen Webster. This process was quickly commercialized and used for automotive finishes and ink jet inks.

Owen Webster's discovery of GTP marked a new era in polymerization, and his work paved the way for further innovations in the field.

Andrew Janowicz built upon Webster's work by developing a useful version of cobalt catalyzed chain transfer for controlling the molecular weight of free radical polymerizations. This technology was also rapidly commercialized.

Maurice Brookhart's invention of post-metallocene catalysts for olefin coordination polymerization revolutionized the field of polymer science. His work led to the development of DuPont's Versipol olefin polymerization technology.

In the biological sciences, Charles Stine promoted biochemistry as a field of research for DuPont, laying the foundation for the organization's future work in this area.

Charles Todd's research on substituted ureas led to the development of DuPont's successful sulfonylurea herbicides. This breakthrough demonstrated the potential of CRD's biological research program.

Ralph Hardy's work on nitrogen fixation in plants brought DuPont's research to international prominence, with over a hundred papers published on the subject.

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