Iowa State University

A proof-of-concept microbial fuel cell that uses 3D paper substrate to automatically supply nutrients to bacteria, enabling continuous electricity generation for extended periods without external power input. Currently in proof-of-concept stage with potential for future commercialization.

A specialized paper material used in the new microbial fuel cell design that automatically supplies nutrients to bacteria, enabling continuous operation without external power input.

The process of producing ethanol, a type of biofuel, typically from sources like corn.

The process of designing and producing wind turbine components and assemblies. Current methods are labor-intensive, time-consuming, and expensive, relying heavily on manual labor due to the complexity and cost of automation.

Iowa

United States

Jilin

A research project led by Sandia National Laboratories aimed at developing a factory logic model to identify and analyze production bottlenecks in wind turbine manufacturing. The project will enable further research into the manufacturing process and help identify ways to overcome production challenges.

Development, manufacturing, and sale of H2-powered vehicles with autonomous capabilities, aiming for Level 4 driverless operation.

A collaborative three-year project launched by Sandia National Laboratories, Iowa State University, and TPI Composites to improve wind turbine manufacturing productivity and efficiency. The initiative comprises 22 smaller projects addressing specific aspects of wind power manufacturing and conceptual improvements to the production process.

A proof-of-concept microbial fuel cell that uses 3D paper substrate to automatically supply nutrients to bacteria, enabling continuous electricity generation for extended periods without external power input. Currently in proof-of-concept stage with potential for future commercialization.