By Joey Holleman, S.C. Sea Grant Consortium
Mount , an associate professor at Clemson University and director of the Okeanos Research Lab , has been studying the cellular and molecular biology of marine organisms from a materials perspective for two decades. S.C. Sea Grant Consortium provided funding for many of his oyster studies, starting with seed money in the mid-1990s, and helped fund the Okeanos lab.
Mount identified the cellular process oysters use to build and repair shells, a breakthrough published in the journal Science in 2004. That process involves specialized blood cells capturing ingredients from ocean water and synthesizing calcium carbonate crystals.
Building on his oyster research, Andrew Mount came up with a process to reduce biofouling of underwater surfaces. Photo courtesy Clemson University.
The principles of cellular adhesion, and how to stop it, led to research on prevention of biofouling on boats and structures left in salt water for long periods. Mount recently earned a patent for a coating that deters marine larvae from building up on underwater surfaces.
“The point is simple, good science yields fundamental insight into many applied fields,” Mount said.
A consumer product is still a ways off. Mount has applied for a grant to test a marine paint that utilizes the cellular-based biofouling process. He said such a paint would be a more environment-friendly alternative to common biofouling products made with copper components that can be toxic as the paint wears off.
Mount’s research revealed the cellular process oysters use to create new shells, a process that could have applications in many fields. Photo courtesy Clemson University.
Mount is working with Engineered Marine Coatings, a Charleston, S.C.-based company founded in 2010, to create the new paint. Pleasure yachts could be the first market for the product, but the possibilities are endless, said Jon Boswell, co-founder and CEO of Engineered Marine Coatings. “Just think, anything in salt water needs this,” Boswell said. “We think we could really get something going.”