UCF grads transform seaweed into tech at Lake Nona lab
A team of University of Central Florida graduates has developed a method to convert seaweed into coatings for carbon fiber and metals at their Lake Nona materials lab. This innovation could enhance the sustainability and functionality of carbon fiber composites used in various industries.
Engineers at Soarce, a materials lab in Lake Nona, Florida, are transforming seaweed and other plants into advanced materials for everyday technology. The team, led by CEO Derek Staltzman and COO Mason Mincey, focuses on cellulose, a polymer found abundantly in biomass such as trees and grasses. They describe cellulose as the 'rebar inside of a plant,' with strength up to eight times that of steel.
Soarce has developed a process to extract and utilize cellulose in new products. One such product, 'Seabind,' is derived from seaweed and can enhance concrete strength by 30%, allowing it to flex rather than crack under pressure. This innovation has potential applications in areas prone to hurricanes.
Additionally, the team is exploring the use of seaweed and grass in coatings for carbon fiber and metals, aiming to make consumer products like phones, cars, and clothing lighter, stronger, and more environmentally friendly. This aligns with Soarce's mission to reduce toxic chemicals in everyday items.
The material science industry has taken notice of Soarce's efforts. Forbes included Staltzman and Mincey in its 2026 '30 Under 30' list, and the Tavistock Group has supported them since their participation in its incubator program. Soarce is also exploring opportunities in space, applying to participate in a program to study material science for lunar construction.
Staltzman notes that NASA is interested in combining lunar materials with nanomaterials to 3D print structures on the moon's surface. Despite these lofty ambitions, the team remains grounded, drawing inspiration from nature's engineering.
"Mother Nature has been the best engineer," Staltzman remarked.
Source: Carbon Fiber Feed