Nuclear Nonproliferation
We are committed to prevent the proliferation of weapons of mass destruction. Whatever the threat—nuclear, chemical, biological, radiological, or explosive—PNNL researchers are working to protect our nation.
Global Nuclear & Radiological Security
PNNL scientists and engineers develop solutions to enhance the security of nuclear and radiological materials during its use, storage, and transport.
Nuclear Energy
Nuclear-generated electricity produces benefits beyond keeping our homes warm, lights on, and cell phones charged. The federal government estimates use of carbon-free nuclear energy in America avoids some 650 million metric tons of carbon dioxide emissions per year.
Transportation
Pacific Northwest National Laboratory is advancing transportation technologies that offer American manufacturers and consumers more choices with fewer compromises. PNNL researchers leverage innovation in a wide range of sectors to strengthen domestic transportation industries and ensure that people and goods can move safely, reliably, quickly, and affordably.
Maritime Security
PNNL is leveraging decades of expertise and advancing technologies to enhance maritime security at home and abroad through improving part security, enhancing situational awareness, and enabling novel sensing techniques in the maritime domain.
Waste Processing
What to do with Hanford’s 56 million gallons of radioactive and chemical waste stored in 177 underground tanks, which already are past their expected lifetime? In partnership with DOE and site contractors, PNNL researchers are leading the development of the chemical and engineering processes to determine the mixture in each tank, the safest way to remove it, and the most efficient way to treat and store it.
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.
Subsurface Energy Systems
A deep understanding of the chemical and physical interactions between formation fluids, reservoir rock, overburden, and injected materials helps PNNL facilitate the development of transformational technologies for subsurface energy systems.