NNMREC has a full range of capabilities to support wave and tidal energy development for the United States. NNMREC is structured to:
1. Close key gaps in understanding through the support of baseline studies, on-going monitoring, and setting the technical, ecological, and human dimensions standards for marine energy projects;
2. Educate and mentor the next generation of marine energy-related scientists, engineers, and educators in the U.S.
3. Facilitate device commercialization through development of standards for validation and evaluation of devices;
4. Inform regulatory and policy decisions, and
5. Inform and engage industry, science, and the public.
NNMREC serves as an integrated, standardized test center for U.S. and international developers of wave and tidal energy. Here, device and array optimization can be tested for effective deployment of wave and tidal energy technologies, improved forecasting of the wave energy resource can be made, and studies leading to the increased reliability and survivability of marine energy systems can be realized. NNMREC also evaluates the potential ecosystem and human dimensions impacts. It focuses on the compatibility of marine energy technologies with ocean and coastal environments and coastal users.
US Department of Energy core support: $1.25M over five years
- Congressional support via US Department of Energy
- Industry and National Laboratory led research grants
Matt O'Donnell, Dean, College of Engineering.
Office of Research. Office of the Provost.
College of Engineering (Mechanical Engineering, Civil and Environmental Engineering), Applied Physics Laboratory, College of the Environment (School of Oceanography, School of Fisheries and Aquatic Sciences)
|Directors:|| Brian Polagye
|Location:||University of Washington and Oregon State University|
|Administrator / Program Manager:||Ashford, Meleah|
|Administering College/School:||College of Engineering|
|P.I. Home Department:||Department of Mechanical Engineering|