Pumped Storage Hydropower
PNNL researchers are working on efforts that overcome barriers and enhance the capabilities of existing and future pumped storage hydropower facilities.
Systems Engineering
PNNL is internationally recognized for systems engineering and integration through the implementation of technology in real-world complex systems.
Advanced Hydrocarbon Conversion
PNNL develops advanced materials, catalysts, transformational processes, and integrated systems to capture or separate greenhouse gas emissions in a cost-effective manner and to efficiently convert fossil hydrocarbons to electricity, fuels, or chemicals.
Earth System Modeling
PNNL modeling experts develop and deploy Earth-modeling tools to make informed decisions that consider the pressures of climate change, an increasing global population, and growing water and energy demands. In its unique approaches, PNNL also co-develops community tools and capabilities with numerous partners to provide ultimate impact. By cooperatively developing new hierarchical modeling frameworks and coupling approaches, PNNL addresses complex questions across spatial scales aimed at creating a more resilient world.
Wind Resource Characterization
PNNL modeling, instrumentation, and data management expertise are improving the accuracy of wind forecasts for energy and weather applications.
Environmental Monitoring and Wind-Wildlife Impacts
PNNL research is helping reveal the intersection of wildlife and wind turbine technology.
Environmental Performance of Hydropower
PNNL researchers are advancing hydropower through research and innovation to improve fish passage, turbine design and evaluation, and the regulatory process.