Exploring Plant-Based Alternatives in Semiconductor Production
Researchers at Arizona State University have embarked on an innovative study to explore the potential of plant-based materials in enhancing the sustainability of semiconductor production. The aim is to find viable substitutes for the fossil fuel-derived plastics commonly used in the industry.
Semiconductors, integral to the functioning of phones and computers, traditionally rely on materials such as natural gas or crude oil for their plastic components. This research seeks to address the environmental concerns associated with these materials.
A collaborative effort with Cargill, a company based in Minnesota, is underway. The focus is on assessing the feasibility of integrating Cargill’s product, Priamine, into the semiconductor manufacturing process.
Tim Long, a professor specializing in molecular sciences at ASU, highlighted the potential benefits of this research. He stated, “How do we take advantage of the feedstocks and things we begin with, you know, and bring them back in a circularized way, which I think will make our nation more competitive from an industrial standpoint.”
This study is projected to take one year to complete, offering insights that could significantly impact the future of sustainable manufacturing practices.
—
Read More Arizona News
