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Ramani Narayan

Ramani Narayan

Distinguished Professor of Chemical Engineering and Materials Science

Expert in biodegradable plastics, biobased and recyclable composites

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Area of Expertise

Renewable Resources Biodegradable Polymers and Materials Engineering Polymers and Plastics Biobased and Recyclable Composites

Biography

Polymeric materials from renewable resources; biodegradable polymer systems; engineering and design of natural-synthetic polymer graft and block copolymers; polymer blends; studies in reactive extrusion processing, biobased and recyclable composites.

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Education

Bombay University: Ph.D., Organic Chemistry (Polymer Science & Eng.) | 1975

Bombay University: M.S., Organic Chemistry | 1969

Selected Press

Why compostable plastic is not a silver bullet for eliminating plastic waste

ABC News | 2024-12-18

Modern humans rely on plastic in their everyday lives. They eat off plastic and use plastic for packaging and transport, Ramani Narayan, a university distinguished professor of chemical engineering and materials science at Michigan State University, told ABC News.

New Thinking About Compostable Packaging

Yale E360 | 2022-12-13

“The concept that we could use it, throw it away, and it doesn’t matter where you throw it, and it’s going to safely disappear, that does not exist,” said Ramani Narayan, a professor at the School of Packaging at Michigan State University. “Nobody could engineer something like that, not even nature.”

Beyond paper and plastic, the quest for the perfect straw continues

NBC News | 2022-07-30

According to Yale Environment 360, bioplastics like PHA and PLA represent a $9 billion share of the $1.2 trillion plastic market. Ramani Narayan, distinguished professor in the department of chemical engineering and materials science at Michigan State University, said while traditional plastics have backbones made of very strong carbon-carbon bonds, bioplastics like PHA and PLA have a weaker ester backbone, which allows them to be consumed by microbes and thus degrade much more quickly than traditional plastics.

The fungus and bacteria tackling plastic waste

BBC | 2021-08-01

Like other plastic-eating organisms, Pseudomonas breaks down the polyurethane using enzymes; and the team has now carried out a genomic analysis of the bacterium with the aim of identifying the particular genes that code for these enzymes. But some question whether such techniques will ever be commercially viable. "Enzyme or microbial conversion of PET to its constituent building blocks is interesting science and needs to be explored. However, the technology will have to compete with proven, commercial conversion technologies using mundane, less exciting water-catalyst systems," said Professor Ramani Narayan of Michigan State University.