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