Ames Laboratory at a Glance

Ames Laboratory At a Glance

Ames Laboratory is a world-class institution dedicated to materials, processes, and technologies that advance the nation’s creating materials, inspiring minds to solve problems, and economic competitiveness and enhance national security. Ames addressing global challenges. For more than 70 years, Ames Laboratory’s location on the campus of its contractor, Iowa State Laboratory has been a leader in the discovery, synthesis, University, has instilled a culture of interdisciplinary science and analysis, and application of new materials, novel chemistries, innovation. Invention of lead-free solder, a hybrid catalyst that and transformational analytical tools. The Laboratory conducts more efficiently converts crops to biofuel, and caloric materials fundamental and applied research that helps the world to better for improved air conditioning and refrigeration are just a few understand the nature of the building blocks that make up our examples of Ames Laboratory’s materials that are impacting universe, and translates that knowledge into new and unique our world.

FY 18 Funding by Source ($M) Facts Location: Ames, IA Year Founded: 1947 Director: Adam Schwartz Type: Single-program Laboratory FE, $1.48 Contractor: Iowa State University of Science and Technology EERE, $28.85 Site Office: Ames Site Office Other DOE, Website: www.ameslab.gov $0.13 Other SC, $2.84 SPP, $1.65 Physical Assets

BES, $19.57 10 acres and 13 buildings ASCR, $0.08 OE, $0.05 340,968 GSF in buildings FES, $0.07 Replacement Plant Value: $96.6M BER, $1.09 Human Capital 307 Full Time Equivalent Employees FY 2018 Lab Operating Costs: $55.8M 45 Joint Faculty FY 2018 DOE/NNSA Costs: $54.15M 44 Postdoctoral Researchers FY 2018 SPP (Non-DOE/Non-DHS) Costs: $1.65M 99 Graduate Students FY 2018 SPP as % Total Lab Operating Costs: 3.0% 81 Undergraduate Students FY 2018 DHS Costs: $0.0M 120 Visiting Scientists

Core Capabilities Mission Unique Facilities Applied Materials Science and Engineering Critical Materials Institute Chemical and Molecular Science Materials Preparation Center Condensed Matter Physics and Materials Science Sensitive Instrument Facility Powder Synthesis & Development Facility Dynamic Nuclear Polarization NMR

www.ameslab.gov Argonne National Laboratory At a Glance

Argonne National Laboratory accelerates science and technology We build on our discoveries and innovations to improve to drive US prosperity and security. The Laboratory conducts energy production, storage, and distribution; protect critical research that spans the spectrum from basic science to infrastructure; and strengthen national security. engineering solutions that change the world for the better. — Argonne’s scientists and engineers are recognized nationally and large national research facilities that would be too expensive for internationally for leadership in creating new knowledge through a single company or university to run. These facilities are relied pivotal discoveries in chemistry; materials; nuclear and particle on by thousands of researchers from universities and industry physics; and life, climate, and earth system sciences. In addition, Argonne scientists are known for driving advances in computation aeronautics to batteries and pharmaceuticals. and analysis to solve the most challenge problems and for shaping the nation’s future through engineering of advanced technological systems.

FY 2018 Costs by Funding Source Facts ($782 million total)* Location: Lemont, Illinois, near Chicago Type: Multiprogram Laboratory Computing Research, $115 Basic Energy Sciences, $247 Director: Paul Kearns

Nuclear Physics, $30 Contractor: UChicago Argonne LLC

Biological and Environmental Research, $29 Website: www.anl.gov High Energy Physics, $18 Physical Assets other, $51 1,517 acres Department of Homeland Security, $28 154 buildings

and Renewable Energy, $72 $3.8 billion replacement plant value Strategic Partnership Projects, $82 5.0 million gross sq. ft. in buildings National Nuclear Security Administration, $56 DOE/other, $20 300 thousand gross sq. ft. in leased facilities Nuclear Energy, $32 20 thousand gross sq. ft. in 16 excess facilities Cost Breakdown by Major Sponsor Type Department of Energy $672 million Human Capital Department of Homeland Security $28 million 3,237 full-time equivalent 325 undergraduate students Strategic Partnership Projects (non-DOE/non-DHS) $82 million employees 270 graduate students Strategic Partnership Projects + DHS 14% of Argonne total 343 joint faculty 7,921 facility users 260 postdoctoral researchers 790 visiting scientists *Excludes expenditures of monies received from other DOE

Argonne National Laboratory Core Capabilities Mission Unique Facilities • Accelerator Science and Technology • Condensed Matter Physics and • Advanced Photon Source (APS) • Advanced Computer Science, Materials Science • Argonne Leadership Computing Facility Visualization, and Data • Cyber And Information Sciences (ALCF) • Applied Materials Science • Decision Science and Analysis • Argonne Tandem-Linac Accelerator System and Engineering • Large-Scale User Facilities and (ATLAS) • Applied Mathematics Advanced Instrumentation • Atmospheric Radiation Measurement • Biological and Bioprocess Engineering • Nuclear and Radio Chemistry Climate Research Facility’s Southern • Chemical and Molecular Science • Nuclear Engineering Great Plains (ARM-SGP) • Chemical Engineering • Nuclear Physics • Center for Nanoscale Materials (CNM) • Climate Change Sciences and • Particle Physics Atmospheric Science • Systems Engineering and Integration • Computational Science Brookhaven National Laboratory At a Glance

Brookhaven National Laboratory delivers discovery science and Brookhaven’s programs also help prevent the spread of nuclear weapons, transformative technology to power and secure the nation’s future. protect astronauts on future space missions, and produce medical Primarily supported by the U.S. Department of Energy’s (DOE) Office isotopes to diagnose and treat disease. of Science, Brookhaven Lab is a multidisciplinary laboratory with seven In fiscal year 2018, Brookhaven attracted 5,374 facility users and guest Nobel Prize-winning discoveries, 36 R&D 100 Awards, and more than 70 researchers from all 50 states, and countries around the world. In NY years of pioneering research. State alone, the Laboratory’s presence added approximately 4,800 jobs Brookhaven Lab’s 2,500-plus staff members lead and support diverse and increased economic output by $637 million. research teams from Brookhaven and other national labs, academia, In addition to its world-leading science programs, Brookhaven Lab offers and industry, by designing, building and operating major scientific user robust STEM education and workforce development programs that draw facilities. These teams and researchers address DOE’s mission to ensure more than 30,000 students and educators annually. the nation’s security and prosperity by tackling its energy, environmental, and nuclear challenges, in part by using these facilities. Brookhaven Lab is managed for the Office of Science by Brookhaven Science Associates, a partnership between Stony Brook University and Brookhaven’s current initiatives are energy and data science, nuclear Battelle, and six universities: Columbia, Cornell, Harvard, Massachusetts science and particle physics, accelerator science and technology, Institute of Technology, Princeton, and Yale. quantitative plant science, and quantum information science.

FY 18 Funding by Source ($M) Facts Location: Upton, New York Type: Multi-program Laboratory Contractor: Brookhaven Science Associates Responsible Site Office: Brookhaven Site Office Website: http://www.bnl.gov Physical Assets 5322 acres and 315 buildings 4.84M GSF in buildings Replacement Plant Value: $5.63 B 134,263 GSF in 20 Excess Facilities 0 GSF in Leased Facilities Human Capital 2379 Full Time Equivalent Employees (FTEs) 139 Joint faculty Lab Operating Costs: $545.8 121 Postdoctoral Researchers DOE Costs: $496.5 260 Undergraduate Students SPP (Non-DOE/Non-DHS) Costs: $48.0 188 Graduate Students DHS Costs: $1.3 3198 Facility Users SPP/DHS as % Total Lab Operating Costs: 9.0% 2176 Visiting Scientists Core Capabilities Mission Unique Facilities Accelerator Science and Large-Scale User Facilities/R&D Accelerator Test Facility Technology Facilities/Advanced Center for Functional Nanomaterials Advanced Computer Science, Instrumentation National Synchrotron Light Source II Visualization & Data Nuclear & Radio Chemistry Relativistic Heavy Ion Collider Applied Materials Science and Nuclear Physics Engineering Particle Physics Biological System Science Systems Engineering and Chemical and Molecular Science Integration Chemical Engineering Computational Science (Emerging) Climate Change Sciences and Atmospheric Science Condensed Matter Physics and www.bnl.gov Materials Science Fermi National Accelerator Laboratory At a Glance

Fermilab is America’s particle physics and accelerator laboratory. U.S. particle accelerator project with major contributions from Fermilab’s vast complex of particle accelerators powers research international partners. Fermilab integrates U.S. researchers into into the fundamental nature of the universe. The flagship Deep the global particle physics enterprise through its experiments and Underground Neutrino Experiment, supported by the Long- programs. The laboratory’s scientific R&D advances accelerator, Baseline Neutrino Facility, is the first international mega-science detector, computing and quantum technology for use in science project based at a DOE National Laboratory. PIP-II is the first and society.

FY 18 Funding by Source ($M) Facts Location: Batavia, Illinois Type: Single-program Laboratory Year Founded: 1967 Director: Nigel Lockyer Contractor: Fermi Research Alliance, LLC Responsible Site Office: Fermi Site Office Physical Assets 6,800 acres and 366 buildings 2.4 million GSF in buildings Replacement plant value: $2.211B 9,616 GSF in 16 excess facilities 2,533 GSF in leased facilities Human Capital 1,782 full-time equivalent employees (FTEs) 21 joint faculty 95 postdoctoral researchers 3,635 facility users FY 2018 Lab operating costs: $437.41M 8 visiting scientists FY 2018 DOE costs: $435.55M 73 undergraduate students FY 2018 SPP costs (non-DOE/ non-DHS): $1.87M 30 graduate students FY 2018 SPP as % total lab operating costs: 0.4%

Core Capabilities MajorMission Partnerships Unique Facilities AcceleratorAdvanced Materials Science and and Technology Manufacturing DeepNational Underground Ignition Facility Neutrino Experiment AdvancedHigh-Energy-Density Computer Science, Science Visualization, and Data World’sLivermore flagship Computing neutrino Complex experiment with more than 1,000 scientists LargeHigh-Performance Scale User Facilities/Advanced Computing, Simulation, Instrumentation and Data Science fromNational over Atmospheric 30 countries Release Advisory Center Lasers and Optical Science and Technology High-Explosives Applications Facility Particle Physics PIP-II particle accelerator Nuclear, Chemical, and Isotopic Science and Technology Contained Firing Facility 215-meter-long particle accelerator to be constructed at Fermilab with All-Source Intelligence Analysis Forensic Science Center major international contributions MissionNuclear Weapons Unique Design Facilitiesand Engineering Center for Micro and Nanotechnology FermilabBioscience Accelerator and Bioengineering Complex LCLS-IICenter for X-ray Bioengineering Laser Earth and Atmospheric Sciences DesignJupiter Laserand construction Facility of superconducting cryomodules needed for the LCLS-IICenter for X-ray Accelerator laser at DOE’sMass SpectrometrySLAC laboratory QuantumAdvanced ScienceManufacturing and Technology Laboratory Apply expertise and knowledge in quantum systems in collaboration with industry and other research institutions

www.fnal.gov Idaho National Laboratory

U.S. DEPARTMENT OF At a Glance ENERGY

INL serves as the U.S. leader for advanced nuclear energy Under direction of DOE-NE, INL is leading the Gateway for research and development, and is home to an unparalleled Accelerated Innovation in Nuclear (GAIN) initiative to provide combination of nuclear energy test-bed facilities, including the nuclear community with access to the technical, regulatory those that focus on fuel development and fabrication, steady- state and transient irradiation, and macro- and microscale energy technologies, such as small modular reactors, toward post-irradiation examination. commercialization while ensuring the continued safe, reliable INL’s applied science and engineering discipline and problem-solving approach helps the Defense and National INL is managed by Battelle Energy Alliance (BEA) for DOE’s and Homeland Security departments, as well as industry partners, solve significant national security challenges in BWX Technologies Inc., AECOM, the Electric Power Research critical infrastructure protection, cybersecurity, and nuclear Institute (EPRI), a national university consortium (Massachusetts nonproliferation. Scientists and engineers are also exploring Institute of Technology, The Ohio State University, Oregon State solutions to grand challenges in energy technologies and University, North Carolina State University and University of New improving the water and energy efficiency of industrial Mexico), and Idaho university collaborators (University of Idaho, manufacturing processes. Idaho State University, and Boise State University).

FY 2018 Spending by Source Facts Location: Idaho Falls, Idaho Type: Multiprogram Laboratory Contractor: Battelle Energy Alliance

National Security, Physical Assets $298M 569,180 acres and 540 real property assets (DOE owned assets that are operating or standby) 2.3 million gross square footage (GSF) in owned operating buildings Energy, 9,609 GSF in operational standby buildings $629M Other DOE, $5.6 billion in Replacement Plant Value (DOE owned assets) $98M 20,363 GSF in three excess facilities 1 million GSF in leased facilities Other, $64M Human Capital 4,500 full-time equivalent employees 29 joint faculty 54 postdoctoral researchers FY 2018 Lab Operating Cost: $1,089M 19 high school interns Total DOE/NNSA Costs: $821M 186 undergraduate interns SPP (Non-DOE/Non-DHS): $212M 92 graduate interns CRADA: $10M 122 facility users Total DHS Costs: $47M 17 visiting scientists

Core Capabilities Mission Unique Facilities • Advanced Computer Science, • Environmental Subsurface • Advanced Test Reactor Visualization, and Data Science and Analysis • Transient Reactor Test Facility • Applied Materials Science • Large Scale User Facilities • Hot Fuel Examination Facility and Engineering and Advanced Instrumentation • Irradiated Materials Characterization Laboratory • Biological and Bioprocess • Mechanical Design • Fuel Manufacturing Facility Engineering and Engineering • Experimental Fuels Facility • Chemical Engineering • Nuclear Engineering • Space and Security Power Systems Facility • Chemical and Molecular Science* • Nuclear and Radiochemistry • Critical Infrastructure Test Range Complex • Condensed Matter Physics • Power Systems and Electrical • and Materials Science* Engineering Capability • Cyber and Information Sciences • Systems Engineering • Biomass Feedstock and Integration • Decision Science National User Facility *Emerging capabilities • Wireless Test Bed

19-GA50345 Lawrence Berkeley National Laboratory At a Glance

Berkeley Lab creates useful new materials, advances the frontiers team science, and collaboration with the national scientific of computing, develops sustainable energy and environmental community. Our five national user facilities provide more solutions, and probes the mysteries of life, matter, and the than 12,000 researchers each year with capabilities in high- universe. The Lab’s strengths in materials, chemistry, physics, performance computing and data science, materials synthesis and biology, earth and environmental science, mathematics, characterization, and genomic science. Founded in 1931, Berkeley and computing are enhanced by a deep integration of basic Lab’s research and its scientists have been recognized with 13 and applied science, advanced instrumentation, large-scale Nobel Prizes.

FY 18 Funding by Source ($M) Facts

Dept. of Homeland Location: Berkeley, California Security, $3 Type: Multi-program laboratory Year Founded: 1931 Nat’l Nuclear Security Strategic Partnership Administration, $10 Other DOE, $9 Projects, $105 Director: Michael Witherell Office of Electricity, $8 SC - Advanced Scientific Contractor: University of California Nuclear Energy, $2.4 Computing Research, $156 Responsible Field Office:Bay Area Site Office Fossil Energy, $9

Env. Mgmt., $16 Energy Efficiency and Physical Assets SC - Biological and Renewable Energy, $78 Environmental Research, 202 acres and 97 buildings $134 1.7M GSF in DOE owned and operated buildings Other DOE SC, $58 Replacement plant value: $1.49B 4,750 GSF in excess buildings SC - DOE SC – Basic Energy 315,471 GSF in leased facilities SC - Nuclear Physics, High Energy Physics, Sciences, $184 $20 $79 Human Capital

SC - Fusion Energy Sciences, 3,129 full-time equivalent employees (FTEs) $0.8 1,469 scientists and engineers 239 joint faculty FY18 Lab operating costs: $872.72M 428 postdoctoral researchers FY18 DOE/NNSA costs: $764.71M 331 graduate students FY18 SPP (non-DOE/non-DHS) costs: $105M 110 undergraduates 12,763 facility users FY18 SPP as % total Lab operating costs: 12% 2,043 visiting scientists and engineers FY18 Total DHS costs: $3.01M

Core Capabilities Mission Unique Facilities Accelerator Science and Cyber and Information Sciences Advanced Light Source Technology Decision Science and Analysis The Molecular Foundry Advanced Computer Science, Earth Systems Science and National Energy Research Scientific Computing Center (NERSC) Visualization, and Data Engineering Energy Sciences Network (ESnet) Applied Materials Science and Environmental Subsurface Science Joint BioEnergy Institute (JBEI) Engineering Large Scale User Facilities/ Joint Genome Institute (JGI) Applied Mathematics Advanced Instrumentation Advanced Biofuels Process Demonstration Unit Biological and Bioprocess Mechanical Design and FLEXLAB® (Integrated Building and Grid Technologies Testbed) Engineering Engineering BELLA (Berkeley Lab Laser Accelerator) Biological Systems Science Nuclear Physics 88-inch Cyclotron Chemical Engineering Nuclear and Radio Chemistry Chemical and Molecular Science Particle Physics Climate Change Science and Power Systems and Electrical Atmospheric Science Engineering Computational Science Systems Engineering and Condensed Matter Physics and Integration Materials Science www.lbl.gov Lawrence Livermore National Laboratory At a Glance

Science and technology on a mission – This is the hallmark of national security and global stability. Using a multidisciplinary LAB AT A GLANCE Lawrence Livermore National Laboratory. In service to the approach that encompasses all disciplines of science and Department of Energy/National Nuclear Security Administration engineering, and utilizes unmatched facilities, LLNL pushes and other federal agencies, LLNL develops and applies world- the boundaries to provide breakthroughs for counter-terrorism LAWRENCE LIVERMORE NATIONALclass science and technology LABORATORY (S&T) to ensure the safety, security and nonproliferation, defense and intelligence, and energy and reliability of the nation’s nuclear deterrent. LLNL also applies and environmental security. LLNL was founded in 1952; S&T to confront dangers ranging from nuclear proliferation and Lawrence Livermore National Security, LLC has managed the Science and technology on a mission – This is the hallmark terrorism to energy shortages and climate change that threaten Lab since 2007. of Lawrence Livermore National Laboratory. In service FY2018 FUNDING BY SOURCE to the Department of Energy/National Nuclear Security (Total: $2,118,173.00) Administration and other federal agencies, LLNL develops and FY 18 Funding by Source ($M) Facts applies world-class science and technology (S&T) to ensure the Location: Livermore, California DOE Applied safety, security and reliability of the nation’s nuclear deterrent. * Type: Multidisciplinary national security laboratory Energy LLNL also applies S&T to confront dangers ranging from nuclear Non- Year Founded: 1952 $46M DOD Federal $219M Director: William H. Goldstein proliferation and terrorism to energy shortages and climate DOE Office $53M change that threaten national security and global stability. of Science DHS Contractor: Lawrence Livermore National Security, LLC (LLNS) Using a multidisciplinary approach that encompasses all $70M $20M Responsible Site Office: Livermore Field Office Website: www.llnl.gov disciplines of science and engineering, and utilizes unmatched Other DOE facilities, LLNL pushes the boundaries to provide breakthroughs $101M Physical Assets for counter-terrorism and nonproliferation, defense and Construction intelligence, and energy and environmental security. LLNL was $9M 7,700 acres (owned) and 526 buildings/trailers Defense Programs 6.5 million gross square footage (GSF) in active buildings founded in 1952; Lawrence Livermore National Security, LLC Safeguards $1,388M has managed the Lab since 2007. and Security 0.6 million GSF in 105 non-operational buildings $87M 24 thousand GSF leased Nonproliferation & Replacement plant value: $7.4 billion Counterterrorism FACTS $126M Human Capital ▪ Location: Livermore, California 6,856 LLNS employees ▪ Type: Multidisciplinary national security laboratory DDST_10_18_014 Source: CFO_10_29_18 20 joint faculty ▪ Year Founded: 1952 210 postdoctoral researchers *SPP: Strategic Partnership Projects ▪ Director: William H. Goldstein 293 undergraduate interns ▪ Contractor: Lawrence Livermore National Security, LLC (LLNS) FY18 LLNL operating costs: $1.95 billion 23 graduate students ▪ Responsible Site Office: Livermore Field Office FY18 DOE/NNSA costs:FY2018 $1.68 billion COSTS 530 contractors (non-LLNS employees) ▪ Website: www.llnl.gov FY18 SPP costs (non-DOE/non-DHS): $237 million FY18▪ FY18 LLNL operating costs: $1.95 SPP as % total LLNL operating costs: billion 12% FY18 DHS costs: $31 million CORE CAPABILITIES ▪ FY18 DOE/NNSA costs: $1.68 billion ▪ Advanced Materials and Manufacturing ▪ FY18 SPP costs (non-DOE/non-DHS): $237 million ▪ High-Energy-Density Science Core Capabilities Mission Unique Facilities ▪ High-Performance Computing, Simulation, and Data Science Advanced▪ FY18 SPP Materials as % total and ManufacturingLLNL operating costs: 12% National Ignition Facility High-Energy-Density Science Livermore Computing Complex ▪ Lasers and Optical Science and Technology FY18 DHS costs: $31 million High-Performance▪ Computing, Simulation, and Data Science National Atmospheric Release Advisory Center ▪ Nuclear, Chemical, and Isotopic Science and Technology Lasers and Optical Science and Technology High-Explosives Applications Facility ▪ All-Source Intelligence Analysis Nuclear, Chemical, and Isotopic Science and Technology Contained Firing Facility ▪ Nuclear Weapons Design and Engineering All-Source Intelligence Analysis Forensic Science Center ▪ Bioscience and Bioengineering PHYSICALNuclear Weapons ASSETSDesign and Engineering Center for Micro and Nanotechnology Bioscience and Bioengineering Center for Bioengineering ▪ Earth and Atmospheric Sciences 7,700 acres (owned) and 526 buildings/trailers ▪Earth and Atmospheric Sciences Jupiter Laser Facility ▪ 6.5 million gross square footage (GSF) in active buildings Center for Accelerator Mass Spectrometry MISSION-UNIQUE FACILITIES ▪ 0.6 million GSF in 105 non-operational buildings Advanced Manufacturing Laboratory ▪ National Ignition Facility ▪ 24 thousand GSF leased ▪ Livermore Computing Complex ▪ Replacement plant value: $7.4 billion ▪ National Atmospheric Release Advisory Center ▪ High-Explosives Applications Facility ▪ Contained Firing Facility HUMAN CAPITAL www.llnl.gov ▪ Forensic Science Center ▪ 6,856 LLNS employees, including: ▪ Center for Micro and Nanotechnology - 20 joint faculty ▪ Center for Bioengineering - 210 postdoctoral researchers ▪ Jupiter Laser Facility - 293 undergraduate interns ▪ Center for Accelerator Mass Spectrometry - 23 graduate students ▪ Advanced Manufacturing Laboratory ▪ 530 contractors (non-LLNS employees) Los Alamos National Laboratory At a Glance

Great minds, multidisciplinary teams, and scientific excellence; and effectiveness of the U.S. nuclear deterrent. Our mission these are the hallmarks of Los Alamos National Laboratory. As extends to nuclear nonproliferation, counterproliferation, and the nation’s premier national security science laboratory, LANL’s energy and infrastructure security. The Laboratory strives to mission is to deliver science and technology to protect our nation achieve simultaneous excellence in our four strategic objectives: and promote world stability. Nuclear Security, Mission-Focused ST&E, Mission Operations, For more than 75 years, our employees have developed world- and Community Relations. changing science and technology to ensure the safety, security,

FY 18 Funding by Source Facts Location: Los Alamos, New Mexico Type: Multi-program laboratory Year Founded: 1943 Director: Thomas Mason Contractor: Triad National Security, LLC Responsible Site Office: Los Alamos Field Office Physical Assets 37.8 square miles (24,192 acres) 894 buildings 8.25 million GSF in buildings Replacement plant value: $16.9B 237,794 GSF in 72 excess facilities 362,756 GSF in leased facilities Human Capital 10,742 full-time equivalent employees 434 postdoctoral researchers FY19 Lab operating costs: $2,641M 804 undergraduate students FY19 DOE/NNSA costs: $2,438M 520 graduate students FY19 SPP (non-DOE/non-DHS) costs: $195M 1,500 facility users FY19 DHS costs: $8M 513 visiting scientists FY19 SPP/DHS as % total lab operating costs: 8%

Core Capabilities Mission Unique Facilities Accelerators and Electrodynamics Dual-Axis Radiographic Hydrodynamic Test Facility Biosciences Plutonium Science & Manufacturing Facility Chemical Science Los Alamos Neutron Science Center: Isotope Production Facility, Proton Computer and Computational Science Radiography (pRad) Facility, Ultra Cold Neutron Facility, Weapons Computational Physics and Applied Math Neutron Research Facility Earth and Space Sciences Metropolis Center for Modeling & Simulation High Energy Density Plasma and Fluids Center for Integrated Nanotechnologies Information and Knowledge Sciences Electron Microscopy Lab Materials National High Magnetic Field Laboratory Nuclear Engineering and Technology SIGMA Complex for Materials Manufacturing & Machining Nuclear and Particle Physics, Astrophysics, and Cosmology Center for Explosives Science Science of Signatures Weapons Science and Engineering

www.lanl.gov National Energy Technology Laboratory At a Glance

The mission of the National Energy Technology Laboratory U.S. energy and national security goals. As the only government- (NETL) is to discover, integrate and mature technology solutions owned, government-operated laboratory in the U.S. Department to enhance the nation’s energy foundation and protect the envi- of Energy (DOE) complex, NETL and its predecessor laboratories ronment for future generations. NETL’s advanced technology have supported DOE goals by maintaining nationally recognized development enables production of the clean, reliable and technical competencies and collaborating with partners in affordable energy needed to increase domestic manufacturing; industry, academia and other national and international research investment in improving our nation’s energy infrastructure; organizations to nurture emerging technologies. NETL and its improvement of electrical grid reliability and resilience; expan- predecessor laboratories implement mission-driven programs sion of domestic energy production; education of America’s future and perform objective technical and economic analyses to inform scientists and engineers; workforce revitalization; and support of technology readiness and decision-making.

FY 18 Funding by Source ($M) Facts Location: Pittsburgh, Pennsylvania; Morgantown, West Virginia; Albany, Oregon; Sugar Land, Texas; Anchorage, Alaska Director: Brian Anderson, Ph.D. Year Founded: 1910 FY 2018 Total Active Research Projects: 937 Total FY 2018 Award Value: $528 M+ Total FY 2018 Executed Awards: 211 Emerging Capabilities: Chemical and Molecular Science; Cyber and Information Sciences Physical Assets $577.4 M Replacement Value 1,140,536 Gross Square Footage (GSF) in Buildings 13,662 GSF in seven Excess Facilities 11,142 GSF in Leased Facilities 237 Acres and 116 Buildings FY 2018 Lab Operating Costs: $242M FY 2018 DOE Costs: $685M Human Capital FY 2018 SPP/DHS Costs: $5.4M 1,616 Full-Time Equivalent (FTE) Employees FY 2018 SPP/DHS as percentage of Total Lab 78 Joint Faculty Operating Costs: 2.2% 124 Post-Doctoral Researchers SPP Costs (non-DOE/ non-DHS): $4.1M 101 Graduate Students DHS Costs: $1.3M 43 Undergraduate Students FY 2018 Active Research (DOE and Performer Shares): $6.7B+

Core Capabilities Albany Severe Environment Corrosion Erosion Research Facility Applied Materials Science and Engineering Magnetohydrodynamics (MHD) Lab Systems Engineering and Integration Metals Fabrication Lab/ Metals Melting Facility Chemical Engineering Environmental Subsurface Science Morgantown Decision Science and Analysis Center for High Performance Computing (Joule 2.0 Supercomputer) Computational Science Reaction Analysis & Chemical Transformation (ReACT) Facility Solid Oxide Fuel Cell (SOFC) Manufacturing & Test Lab Mission Unique Facilities Center for Advanced Imaging & Characterization Pittsburgh Carbon Capture Materials Synthesis Lab Subsurface Experimental Lab Center for Data Analytics & Machine Learning Biogeochemistry & Water Lab www.netl.doe.gov National Renewable Energy Laboratory At a Glance

NREL is the U.S. DOE’s primary national laboratory for to integrate and optimize energy systems. NREL’s mission space renewable energy and energy efficiency research and delivers foundational knowledge, technology and systems development. NREL delivers impactful scientific discoveries, innovations, and analytic insights to catalyze a transformation to innovations, and insights that transform clean energy a renewable and sustainable energy future. technologies, systems, and markets. The lab’s research focuses on engineering of energy efficiency, sustainable transportation, and renewable power technologies and provides the knowledge

FY 18 Funding by Source ($M) Facts Location: Golden, Colorado Type: Single-program laboratory Year Founded: 1977 Director: Martin Keller Total EERE Total Other DOE Contractor: Alliance for Sustainable Energy, LLC $453,983,223 $37,734,241 Responsible Site Office: Golden Field Office

ACT Physical Assets Agreements for Commercializing Technology 630 acres, 59 buildings, and four trailers (owned) $9,759,933 1,082,068, GSF in buildings/trailers (owned) Total SPP (not inluding ACT) Replacement plant value: $512,738,677 $40,357,259 157,499 GSF in leased facilities (five buildings, whole or partial) Human Capital 1,789 (full and part time) FY18 Actual Cost 21 joint appointments Total EERE: $317,552,667 148 postdoctoral researchers Total Other DOE: $38,238,135 45 undergraduate students 36 graduate students ACT: $9,789,179 27 facility users Total SPP (not including ACT) $44,808,939 4 visiting scientists Core Capabilities Mission Unique Facilities Computer Science and Analysis Battery Thermal and Life Test Facility · Advanced Computer Science, Visualization, and Data Controllable Grid Interface Test System · Decision Science and Analysis Distributed Energy Resources Test Facility Energy Systems Integration Facility Innovation and Application High-Flux Solar Furnace · Biological and Bioprocess Engineering Integrated Biorefinery Research Facility · Chemical Engineering Outdoor Test Facility · Mechanical Design and Engineering Renewable Fuels and Lubricants Laboratory · Power Systems and Electrical Engineering Science and Technology Facility Solar Energy Research Facility Foundational Knowledge Thermal Test Facility · Applied Materials Science and Engineering Thermochemical Process Development Unit · Biological Systems Science Thermochemical Users Facility · Chemical and Molecular Science Vehicle Testing and Integration Facility System Integration Wind Dynamometer Test Facilities Wind Structural Testing Laboratory · Systems Engineering and Integration Wind Turbine Field Test Sites · Large-Scale User Facilities

www.nrel.gov Oak Ridge National Laboratory At a Glance

ORNL is a multiprogram Office of Science laboratory whose one of the Nation’s most comprehensive materials programs; mission is to deliver scientific discoveries and technical break- two of the world’s most powerful neutron science facilities, the throughs that accelerate the development and deployment of Spallation Neutron Source and the High Flux Isotope Reactor; solutions in clean energy and global security, creating economic unique resources for nuclear science and technology; leadership- opportunity for the Nation. Established in 1943 as part of the class computers including Summit, the world’s most powerful and Manhattan Project, ORNL pioneered plutonium production and smartest scientific supercomputer; and a diverse set of programs separation, then focused on nuclear energy and later expanded to linked by an urgent focus on clean energy and global security. other energy sources and their impacts. Today, ORNL manages

FY 18 Funding by Source ($M) Facts Location: Oak Ridge, Tennessee Type: Multiprogram laboratory Year founded: 1943 Director: Thomas Zacharia Contractor: UT-Battelle, LLC Responsible Field Office:ORNL Site Office Physical Assets 4,421 acres and 272 buildings 4.8M GSF in active operational buildings Replacement Plant Value: $6.9B 1.4M GSF in 61 excess facilities 1.1M GSF in leased facilities Human Capital 4,708 full-time equivalent (FTE) employees 196 joint faculty 281 postdoctoral researchers FY 2018 Lab Operating Costs: $1,570.5M 554 undergraduate students 382 graduate students FY 2018 DOE/NNSA Costs: $1,353.1M 3,289 facility users FY 2018 SPP (Non-DOE/DHS) Costs: $201.0M 1,533 visiting scientists FY 2018 SPP as % Total Lab Operating Costs: 12.8% FY 2018 Total DHS Costs: $16.4M

Core Capabilities Mission Unique Facilities Accelerator Science and Cyber and Information Sciences Building Technologies Research and Integration Center Technology Decision Science and Analysis Carbon Fiber Technology Facility Advanced Computer Science, Earth Systems Science and Center for Nanophase Materials Sciences Visualization, and Data Engineering Center for Structural Molecular Biology Applied Materials Science and Environmental Subsurface Science Grid Research, Integration and Deployment Center Engineering Large Scale User Facilities/ High Flux Isotope Reactor Applied Mathematics Advanced Instrumentation Manufacturing Demonstration Facility Biological and Bioprocess Mechanical Design and National Transportation Research Center Engineering Engineering Oak Ridge Leadership Computing Facility Biological Systems Science Nuclear Engineering Spallation Neutron Source Chemical Engineering Nuclear Physics Chemical and Molecular Science Nuclear and Radio Chemistry Climate Change Science and Plasma and Fusion Energy Science Atmospheric Science Power Systems and Electrical Computational Science Engineering Condensed Matter Physics and Systems Engineering and Materials Science Integration www.ornl.gov Pacific Northwest National Laboratory At a Glance

PNNL advances the frontiers of knowledge, taking on some of the PNNL is a national lab with Pacific Northwest roots and global world’s greatest science and technology challenges. Distinctive reach. Whether unlocking the mysteries of the Earth system, strengths in chemistry, earth sciences, and data analytics are the helping modernize the U.S. electric power grid, or safeguarding heart of its science mission, laying a foundation for innovations ports around the world from nuclear smuggling, PNNL accepts that improve America’s energy resiliency and enhance our great challenges for one purpose: to create a world that is safer, national security. cleaner, more prosperous, and more secure. FY 18 Funding by Source ($M) Facts Location: Richland, Washington Type: Multiprogram laboratory Contract Operator: Battelle Memorial Institute Responsible Site Office: Pacific Northwest Site Office Website: http://www.pnnl.gov Physical Assets 455 acres DOE; 326 acres Battelle (including 117 in Sequim, Washington) 77 total buildings and trailers of which 25 are DOE-owned 927,000 gross square feet (gsf) of DOE-owned, active operating buildings (25) with 21 infrastructure assets [other structures and facilities (OSFs)] Replacement plant value (RPV): $819,000,000 (DOE buildings and OSFs, and leased buildings) 973,000 gsf in 31 leased buildings or third-party agreements 420,000 gsf in 21 Battelle buildings and 23 OSFs 2,320,000 gsf total buildings

FY 2018 Total Lab Operating Costs: $930,700 Human Capital FY 2018 Total DOE/NNSA Costs: $648,600 4,177 Full-Time Equivalents (FTEs); Headcount ~4,400 FY 2018 SPP (Non-DOE/Non-DHS) Costs: $207,200 112 Joint Appointments FY 2018 SPP % of Total Laboratory Operating Costs: 23.4% 223 Postdoctoral Researchers FY 2018 Total DHS Costs: $75,000 343 Undergraduate Students FY 2018 EM-Related Costs:* $43,800 394 Graduate Students * reflected in the total Lab Operating Costs 1,734 Facility Users 60 Visiting Scientists

Core Capabilities Mission Unique Facilities Advanced Computer Science, Cyber and Information Sciences Atmospheric Radiation Measurement User Facility Visualization and Data Decision Science and Analysis Applied Process Engineering Laboratory Applied Materials Science and Earth System Science and Bioproducts, Sciences, and Engineering Laboratory Engineering Engineering Environmental Molecular Sciences Laboratory Applied Mathematics Environmental Subsurface Science Marine Sciences Laboratory Biological and Bioprocess Nuclear and Radiochemistry Radiochemical Processing Laboratory Engineering Nuclear Engineering Electricity Infrastructure Operations Center Biological Systems Science Power Systems and Electrical Chemical and Molecular Science Engineering Chemical Engineering Systems Engineering and Climate Change Sciences and Integration Atmospheric Science User Facilities and Advanced Computational Science Instrumentation Condensed Matter Physics and Materials Science

www.pnnl.gov Princeton Plasma Physics Laboratory At a Glance

The U.S. Department of Energy’s (DOE) Princeton Plasma Phys- PPPL has been managed by Princeton University, a world- ics Laboratory (PPPL) is a collaborative, national center for fusion class teaching and research university, since 1951. For more energy research. PPPL has two coupled missions: PPPL develops than seven decades, PPPL has been a world leader in magnetic the scientific understanding of plasmas from nano- to astrophys- confinement experiments; plasma science; fusion science; ical-scale and develops the scientific knowledge and advanced and engineering. PPPL is partnering in the ITER Project to engineering to enable fusion to power the U.S. and the world. As prepare for U.S. participation in the first burning plasma. As a core part of Princeton University’s culture, PPPL educates and the only DOE national laboratory dedicated to research in inspires future generations to serve the national interest. PPPL’s Fusion Energy Sciences, PPPL aspires to be the nation’s premier five core capabilities reflect its expertise and the role it plays in the design center for the realization and construction of future DOE missions: fusion concepts. The Laboratory contributes to the economic health and competitiveness of the U.S. by serving as a national Core Capabilities leader in plasma theory and computation, plasma science, and • Plasma and Fusion Energy Sciences technological innovation. Indeed, PPPL aims to drive the next • Large-Scale User Facilities/Advanced Instrumentation wave of innovation in plasma technologies to maintain U.S. • Mechanical Design and Engineering leadership in this critical area. PPPL is the leading institution • Power Systems and Electrical Engineering exploring the science of magnetic fusion energy. At the end of • Systems Engineering and Integration FY 2018, PPPL’s workforce was composed of 38 percent technical staff and 62 percent operations staff.

FY 18 Funding by Source ($M) Facts Location: Princeton, NJ Type: Single-program Laboratory Contract Operator: Princeton University Responsible Field Office: Princeton Site Office Website: www.pppl.gov Physical Assets 90.7 acres and 30 buildings 758k GSF in Active Operational Buildings Replacement Plant Value: $721M (total) Human Capital 447 Full-Time Equivalent Employees 7 Joint Faculty 21 Postdoctoral Researchers 43 Graduate Students 292 Facility Users 50 Visiting Scientists Mission Unique Facilities Lab Operating Costs: $99.83 M National Spherical Torus Experiment-Upgrade DOE Costs: $98.47 M Lithium Tokamak Experiment SPP Costs: $1.336 M Laboratory for Plasma Nanosynthesis Magnetic Reconnection Experiment Facility for Laboratory Reconnection Experiment

www.pppl.gov SLAC National Accelerator Laboratory At a Glance

Managed by Stanford University and located in Silicon Valley, part to its X-ray user facilities: the Stanford Synchrotron SLAC is a vibrant multi-program laboratory whose mission Radiation Lightsource (SSRL), and the Linac Coherent Light is to explore how the universe works at the biggest, smallest, Source (LCLS). Through diverse research programs in materials, and fastest scales and invent powerful tools used by scientists chemical, biological and energy sciences, high energy density around the globe. Since its founding in 1962, SLAC has made science, cosmology, particle physics, bioimaging and technology revolutionary discoveries that have established the laboratory’s development, SLAC helps solve real-world problems and leadership in high energy physics. Today, SLAC is the world- advances the interests of the nation. leading laboratory in X-ray and ultrafast science due in large

FY18 FundingFY 18by FundingSource ($M) by Source ($M) Facts Location: Menlo Park, California Other SC, $45.6 Type: Multi-program Laboratory Year Founded: 1962 SPP, $18.0 Director: Chi-Chang Kao Contractor: Stanford University EERE, $8.9 Responsible Site Office: Bay Area Site Office HEP, $82.2 FES, $6.2 Physical Assets BER, $4.2 426.3 acres and 150 buildings NP, $1.1 1.7M GSF in buildings BES, $424.5 ASCR, $1.0 Replacement Plant Value: $2.8B FE, $0.5 Human Capital NNSA, $0.4 1,602 Full Time Equivalent Employees (FTEs) 22 Joint Faculty OE, $0.1 145 Postdoctoral Researchers Other DOE,$0.1 120 Undergraduate Students 207 Graduate Students Lab Operating Costs: $592.9M 2,931 Facility Users DOE Costs: $574.9M 22 Visiting Scientists SPP (Non-DOE/Non-DHS) Costs: $18.0M DHS Costs: $0 SPP/DHS as percent Total Lab Operating Costs: 3.0%

Core Capabilities Mission Unique Facilities Large-Scale User Facilities/Advanced Instrumentation Linac Coherent Light Source (LCLS) Condensed Matter Physics and Materials Science Ultrafast Electron Diffraction facility Chemical and Molecular Science Stanford Synchrotron Radiation Lightsource (SSRL) Accelerator Science and Technology Stanford-SLAC facility for cryo-electron microscopy Plasma and Fusion Energy Science Facility for Advanced Accelerator Experimental Tests (FACET) Particle Physics Leading the DOE contributions to the construction and operation of the Emerging Core Capability in Advanced Computer Science, Large Synoptic Survey Telescope (LSST) Visualization, and Data Leading the joint DOE-NSF construction of the next-generation dark matter experiment SuperCDMS-SNOLAB

www.slac.stanford.edu Sandia National Laboratories At a Glance

Sandia grew out of the effort to develop the first atomic bombs. Today, • National Security Programs – Supplying new capabilities to U.S. maintaining the U.S. nuclear stockpile is a major part of Sandia’s work as defense and national security communities a multimission national security engineering laboratory. Sandia develops • Energy & Homeland Security – Ensuring the stable supply of energy advanced technologies to ensure global peace. Its role has evolved to and resources, and protection of infrastructure address the complex threats facing the United States through research and development in the following areas: • Advanced Science & Technology – Integrating multidisciplinary efforts to advance the science of the possible for Sandia’s missions • Nuclear Deterrence – Supporting U.S. deterrence policy by ensuring the nation’s nuclear stockpile is safe, secure, and effective Sandia’s science, technology, and engineering foundations enable its unique mission. The Laboratories’ highly specialized research staff is at • Global Security – Protecting nuclear assets and materials, and the forefront of innovation, collaborating with universities and industry addressing nuclear emergency response and nonproliferation and performing multidisciplinary science and engineering research worldwide programs with significant impact on U.S. security.

FY 18 Funding by Source ($M) Facts Location: Albuquerque, NM; Livermore, CA; Tonopah, NV; Amarillo, TX; Carlsbad, NM; Kauai, HI Type: Multidisciplinary national security laboratory Year Founded: 1949 Director: Stephen M. Younger Contractor: National Technology and Engineering Solutions of Sandia, LLC, a wholly owned subsidiary of Honeywell International, Inc. Responsible Site Office: Sandia Field Office Website: www.sandia.gov Physical Assets 193,505 acres and 1,001 buildings/trailers (all sites) 7,671,980 GSF in buildings and trailers (Data includes one 4,781 GSF, GSA-leased facility) Replacement plant value (includes structures): $7,319,731,004 24,485 GSF in 34 excess facilities (11 are structures with no GSF) 356,968 GSF in 14 contractor-leased facilities

FY 2018 Labs total funding: $3,642.5M Human Capital FY 2018 Labs operating costs: $3,226M 11,730 full-time employees FY 2018 NNSA operating costs: $1,963M 210 postdoc researchers FY 2018 DOE operating costs: $193M 830 students FY 2018 DHS costs: $42M FY 2018 Strategic Partnership Projects costs (not DOE/NNSA/DHS): $1,028M FY 2018 SPP as % of total Labs operating costs: 31% FY 2018 Construction and capital equipment costs: $88M

Core Capabilities Mission Unique Facilities Cyber technology Z Machine High-reliability engineering Combustion Research Facility Micro and nano devices and systems Microsystems Engineering, Sciences and Applications (MESA) complex Modeling & simulation and experiment Natural and engineered materials Pathfinder engineered systems Radiation-hardened, trusted microelectronics development/production Systems engineering Safety, risk, and vulnerability analysis Sensors and sensing systems www.sandia.gov Savannah River National Laboratory At a Glance

From the beginning, SRNL has put science to work to protect solutions to nuclear materials management, national security, our nation. When it was established in the early 1950s, SRNL’s environmental stewardship, and energy security challenges. primary focus was the startup and operation of the Savannah Building upon its pioneering work at SRS, SRNL now performs River Site (SRS), including its five reactors, to produce tritium and cutting edge scientific research and technology development in plutonium, basic materials for the United States nuclear weapons various fields to protect United States interests here and around used to maintain the balance of power during the Cold War. the world. Today, SRNL protects our nation by supporting multiple United States federal agencies in providing practical, cost-effective

FY 18 Funding Facts Location: Aiken, SC Type: Multidiscipline Year Founded: 1951 Director: Dr. Vahid Majidi Contractor: Savannah River Nuclear Solutions Responsible Site Office: Savannah River Site Physical Assets SRNL Main Technical Area ~ 39 Acres Replacement Plant Value ~ $2.0B Nuclear Hazard Category II and III Facilities 13 Nuclear Facilities with over 200,000 sq. ft. of radiologically controlled laboratory and process space, with 155 laboratories and 326 offices Total Buildings, Trailers & Other Structures and Facilities ~ 829,800 sq. ft. $261 million FY 2019 overall Program Budget Leased facilities - 58,850 sq. ft. (as of June 30, 2019) 4% Secure Energy Manufacturing Human Capital 41% National Security 1,000 employees – more than 500 Engineers and Scientists — more than 29% Nuclear Materials Management 200 Ph.Ds. — 6 Postdocs — 50 student interns 26% Environmental Stewardship

Core Capabilities Mission Unique Facilities Environmental Remediation and Risk Reduction Shielded Cells Facility Tritium Processing, Storage and Transfer Systems Ultra-Low-Level Underground Counting Facility Nuclear Materials Processing and Disposition Outfall Constructed Wetland Cell Facility Nuclear Materials Detection, Characterization and Assessment Radiological Testbed Facilities FBI Radiological Evidence Examination Facility Atmospheric Technology Center

www.srnl.doe.gov Thomas Jefferson National Accelerator Facility At a Glance

TJNAF is the preeminent Laboratory in precision studies scale application of superconducting radiofrequency technology. of the fundamental nature of confined states of quarks and TJNAF’s expertise is enabling an ever-increasing array of gluons, including the protons and neutrons that make up the applications in the international scientific community, from high- mass of the visible universe. The Laboratory is home to the power lasers to advanced particle accelerators. Continuous Electron Beam Accelerator Facility, the first large-

FY 18 Funding by Source ($M) Facts Location: Newport News, Virginia Type: Program-dedicated, Single-purpose Laboratory Year Founded: 1984 Director: Stuart Henderson Contractor: Jefferson Science Associates, LLC Responsible Site Office: Thomas Jefferson Site Office Physical Assets 169 acres and 69 buildings 883,000 GSF in buildings Replacement plant value: $480M 0 GSF in excess facilities 66,289 GSF in leased facilities Human Capital 693 full-time equivalent employees (FTEs) 28 joint faculty 33 postdoctoral researchers 20 undergraduate students BES costs ($45.1M) reflect LCLS-II work for SLAC 42 graduate students 1,630 facility users Lab operating costs: $172.0M 1,491 visiting scientists DOE costs: $169.6M SPP costs (non-DOE/ non-DHS): $2.4M SPP as % total Lab operating costs: 1.4%

Core Capabilities Mission Unique Facilities Accelerator Science and Technology Continuous Electron Beam Accelerator Facility Large Scale User Facilities/ Advanced Instrumentation Nuclear Physics