Coastal Science
PNNL researchers develop tools and make discoveries for harnessing the abundant energy present in coastal environments. From the renewable power in waves, tides, and currents to biofuel feedstocks from algae, this research supports increased energy resilience for all Americans.
Subsurface Science
Pacific Northwest National Laboratory (PNNL) takes research underground, aiming for in-depth understanding and real-time control of natural and engineered systems in the subsurface.
Scientific Discovery
PNNL scientists conduct fundamental research to explore new horizons—both large and small—to better understand natural systems and processes, and to make the world safer and more secure. Our capabilities in biology, chemistry, Earth sciences, data science, and materials science are central to the discovery mission we embrace.
Mission Risk and Resilience
PNNL is anticipating the world’s changing risks by modeling energy and infrastructure futures that integrate security, sustainability, and resilience.
Radiological & Nuclear Detection
PNNL’s fundamental and applied research in radiation detection and nuclear sciences is bolstering the nation’s nuclear deterrent, reducing global threats, and solving energy security challenges. Our capabilities span multiple research areas including detection and interdiction technology, nuclear forensics, ultra-sensitive nuclear measurements, radiological emergency response, and nuclear safeguards and verification.
Chemical Physics
Interesting things occur when chemistry meets physics. Investments in chemical imaging technology, computational capability, and modeling provide the tools that allow this.
Chemical Separations
Bringing fundamental knowledge of interfacial science to essential separations challenges across diverse chemistries.
Nuclear Forensics
PNNL is a critical provider of research, technology, and operations for the United States’ pre- and post-detonation nuclear forensics missions. We leverage more than 40 years of experience in radiochemistry, plutonium processing science, and nuclear material detection technologies.
Catalysis
We address some of the grandest challenges in catalysis science, including bio-inspired design, modeling and simulation, and cost-saving reaction pathways.