Cargill and ASU Partner to Advance Semiconductor Materials

News Summary

Cargill Bioindustrial has formed a research partnership with Arizona State University to enhance semiconductor materials using Cargill’s Priamine™ dimer diamine. This collaboration, supported by ASU’s Biodesign Institute, focuses on creating sustainable solutions in the semiconductor sector, tapping into bio-based materials to improve electronic device performance. Led by ASU professor Tim Long, the initiative aims to address the growing demand for innovative and environmentally friendly materials in semiconductor manufacturing, contributing to Arizona’s leadership in the tech industry.

Phoenix, Arizona — Cargill Bioindustrial has entered a year-long research partnership with Arizona State University (ASU) to advance semiconductor materials. The collaboration focuses on optimizing Cargill™ Priamine™ dimer diamine, a bio-based ingredient with potential applications in the semiconductor industry. This initiative is supported by ASU’s Biodesign Institute, aiming to enhance the speed, efficiency, and reliability of electronic devices.

The Priamine™ dimer diamine, originally developed for different applications, has demonstrated significant promise within the semiconductor sector. Researchers are particularly interested in producing polyimide materials using Priamine™, which exhibits a very low dielectric constant. This characteristic could significantly improve the performance of semiconductor devices, which are essential in today’s technology-driven world.

Part of the initiative is to ensure that the materials used in technology advancements are both sustainable and innovative. The partnership is indicative of a larger trend towards green chemistry, which emphasizes the use of bio-based materials to mitigate environmental impacts. Cargill and ASU are committed to exploring new possibilities in semiconductor technology through customer feedback and rigorous academic research.

The research will be led by ASU professor Tim Long, who expressed enthusiasm about the opportunity to work with Cargill. The collaboration is expected to pave the way for the development of enhanced materials suitable for the semiconductor market, utilizing bio-based chemistry. Cargill’s Priamine™ is noted for its performance benefits including flexibility, durability, and moisture resistance, making it an ideal candidate for use in various applications like adhesives, films, and coatings critical to semiconductor manufacturing.

Arizona has positioned itself as a national leader in semiconductor manufacturing over recent years. Since 2020, more than 40 semiconductor-related companies have either started or expanded operations in the state, contributing to tens of thousands of new jobs and driving innovation in the tech sector. This growth underscores the importance of academic and industry partnerships in furthering research and development in semiconductor technologies.

As companies leverage the expertise of institutions like ASU, the role of university-driven research becomes increasingly vital. The collaboration between Cargill and ASU reflects a shared commitment to creating sustainable solutions and advancing the frontier of semiconductor materials. Cargill executives have highlighted the importance of this research, positioning the company favorably in the rapidly evolving semiconductor landscape.

Through this partnership, Cargill aims to not only innovate within its product lines but also contribute to the broader goal of developing sustainable technology solutions that meet the challenges of modern electronics. The implications of this research could have far-reaching impacts not just for the companies directly involved, but for the semiconductor industry as a whole.

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• Business Wire: Cargill’s Bioindustrial Business Partners With Arizona State University
• Wikipedia: Semiconductor
• Intelligent CIO: Cargill Partners With Arizona State University
• Google Search: Semiconductor Innovation
• BIS InfoTech: Cargill & ASU Partner to Advance Semiconductor Material Innovation
• Google Scholar: Semiconductor Materials
• SemiEngineering: Chip Industry Week in Review
• Encyclopedia Britannica: Semiconductor
• Business Insider: Layoffs Sweeping US
• Google News: Semiconductor Industry