The Department of Energy has 

announced that UChicago Argonne, 

LLC has been awarded the contract to 

manage Argonne. 

The UChicago Argonne, LLC brings 

together the expertise and experience of 

The University of Chicago, the sole member of the LLC, with Jacobs Engineering 

Group, Inc. and BWX Technologies. 

UChicago Argonne, LLC is 

designed to combine the finest scientific 

leadership with best-practice management methods in order to support 

innovation and discovery at Argonne 

that serves the national interest. The 

University of Chicago is the sole member of the UChicago Argonne, LLC.

 “The university’s open-minded 

approach and strong intellectual traditions have fostered an effective and 

symbiotic relationship that will produce 

future scientific dividends,” said Argonne 

Director Robert Rosner. “This new team 

will combine individual strengths to 

forge a unique and powerful partnership 

on behalf of the DOE and the nation.” 

The University of Chicago’s new 

partnership with Jacobs Engineering 

and BWXT strengthens the university’s 

leadership by bringing outstanding 

resources to laboratory management. 

Jacobs Engineering is one of the world’s 

Argonne National Laboratory is managed by the University of Chicago 

for the U.S. Department of Energy

largest and most diverse providers of 

technical, professional and construction 

services globally. BWXT is the nation’s 

premier manager of complex, laboratory-owned facilities recognized as a 

model by the DOE.

UChicago Argonne, LLC is the 

entity created by the university to be 

solely responsible for the management of 

Argonne. The University of Chicago has 

managed Argonne since 1946. Beginning 

Oct. 1, 2006, the laboratory will be 

operated by the LLC together with team 

members Jacobs Engineering Group Inc. 

and BWXT Technologies Inc.

UChicago Argonne, LLC will 

manage the laboratory through its 

Board of Governors, which consists 

of leaders in science and technology 

from industry and universities including the presidents of The University of 

Chicago, Northwestern University and 

the University of Illinois. The board’s 

Science Policy Council, which provides 

strategic and scientific advice, consists 

of the vice presidents for research of the 

University of Chicago and Northwestern 

University, the vice chancellors for 

research at the University of Illinois at 

Champaign-Urbana and the University 

of Illinois at Chicago, and the director 

and the chief scientist of Argonne. n

It goes without saying that I am enormously delighted by the U.S. Department 

of Energy’s decision to extend its 

longtime association with The University 

of Chicago through the Argonne management contract. The association has 

many benefits. First, of course, is my 

firm belief that this decision will ensure 

the laboratory’s continued central role 

in supporting DOE’s missions, advancing the national economic and energy 

security of the U.S. through promotion 

of first-rate scientific and technological innovation. Beyond this, there are 

numerous opportunities for both Argonne 

and the university to benefit from our 

continued relationship, and the university’s continued management of the lab. 

We have been laying plans for developing joint programs, for joint appointments, for student experiences and for 

sharing infrastructure. Moreover, with 

our new industrial partners, BWXT and 

Jacobs Engineering and the university’s 

new academic partners — Northwestern 

University and University of Illinois — I 

look forward to building on past excellence in research and operations, and 

renewing the laboratory in order to meet 

the great challenges of the 21st Century, 

from understanding the fundamentals of 

space, time and matter, the origins, structure and evolution of our universe, to the 

more practical needs of understanding 

the properties of matter on the atomic 

and molecular scales, and ultimately 

meeting the enormous challenge of how 

to supply the energy needs of our nation 

in the coming century. 

As Argonne celebrates its 60th 

anniversary, the announcement by DOE

emphasizes that Argonne will continue 

to provide world-class multidisciplinary 

researchers in energy sciences, physical 

sciences, biosciences and computational 

sciences with an environment of open 

collaboration with state-of-the-art facilities that will result in the brighter ideas 

for tomorrow. n

Update

FALL 2006

UChicago Argonne, LLC wins 

management contract

World-class science 

to continue

Office of

Science U.S. DEPARTMENT OF ENERGY

The Community Newsletter of Argonne National Laboratory

Contract Signing

The U.S. Department of Energy (DOE) 

announced July 31 that a new team 

assembled by The University of Chicago 

— UChicago Argonne, LLC — has been 

selected to manage Argonne. Signing 

the contract are Thomas F. Rosenbaum, 

CEO of UChicago Argonne, LLC and 

vice president for Research and Argonne 

National Laboratory, and Sergio Martinez, 

contracting officer for DOE’s Argonne 

Site Office. In the back row are Deputy 

Laboratory Director Don Joyce, Argonne 

Director and UChicago Argonne, LLC

President Robert Rosner, and Argonne 

Site Office Manager Robert Wunderlich. 

Photo by George Joch.

Robert rosner, argonne director

Argonne Open House

October 7, 2006

9 am – 4:30 pm

www.anl.gov

Evelyn Brown

A new method to systematically modify 

the structure of single-walled carbon 

nanotubes could expand their electronic properties and open the path to 

nano-electronics. 

Carbon cylinders a few billionths of 

a meter in diameter and a few microns 

long, these nanotubes are one of the 

strongest structures known and have 

unique electrical and thermal properties. 

This promising method to add 

defects to carbon nanotube walls was 

developed by Argonne researchers who 

are interested in improving the materials 

for thermoelectric power generation, the 

use of heat differences to generate electricity. Thermoelectric conversion is the 

principle behind thermocouples, thermal 

diodes and solid-state refrigerators. 

“If you change the electronic 

structure,” said Argonne chemist 

Larry Curtiss, “by adding defects in 

an ordered way, theoretically you 

can make more efficient thermoelectric materials. So we could produce 

electricity more efficiently from 

solar, nuclear or any thermal power 

generation.” Curtiss is group leader 

of the Molecular Materials Group in 

Argonne’s Materials Science Division. 

Nanotube building blocks may lead to advanced electronics

Peter Zapol (left) and Larry Curtiss with a 

model of the zipper nanotube.

One dimer at a time 

Creating defects by adding 

molecules to nanotubes is challenging because of their extremely 

small size. Researchers are seeking 

a controlled, reproducible method. 

So the Argonne team, which includes 

Curtiss, Michael Sternberg, Peter 

Zapol, Dieter Gruen, Gary Kedziora, 

David Horner and Paul Redfern, used 

computer simulation tools to learn 

how to add a single carbon dimer 

— a molecule of two bonded carbons 

— to a single-walled carbon nanotube. After they understood how to 

add one dimer, the researchers began 

to add dimers in patterns. 

The “zipper” structure particularly appeals to Argonne researchers 

because the atomic spacings in the 

openings are just the right size to bond 

nanotubes to UltrananocrystallineTM 

diamond and combine the properties of 

both. Ultrananocrystalline diamond is a 

novel form of nanocarbon developed by 

Argonne that has many of the properties 

of diamond and can be deposited on a 

variety of surfaces. Unlike diamond, its 

properties can be optimized depending 

on the application. 

This research was funded by DOE’s 

Office of Science, Office of Basic 

Energy Sciences’ Division of Materials 

Sciences and Engineering. n

Nanotube designs include (from top) “bumpy,” 

“zipper” and “multiple zipper.”
2 ARGONNE UPDATE / FALL 2006

Argonne News Digest is published every other month by the Communications and Public Affairs. 

Send news items to Editor Dave Jacqué, Building 201, Room 261(C&PA-201). Voice: (630) 252-5582. 

Fax: (630) 252-5274. E-mail: info@anl.gov. Argonne National Laboratory is managed by the University 

of Chicago for the U.S. Department of Energy. Vol. 12, No. 2.

Mike Kennedy, left, physics teacher 

at Neuqua Valley High School in 

Naperville, has received the Ellis 

P. Steinberg Award for Pre-College 

Science Teaching. He is pictured with 

Harold Myron, director of Argonne’s 

Educational Programs. The award, 

presented by Argonne and Argonne’s 

chapter of Sigma Xi, is given to teachers 

in the state of Illinois who have shown 

excellence and innovation in teaching 

the fundamentals of science. Recipients 

of this award receive a plaque recognizing their achievements and a monetary 

award of $500. The Steinberg award 

commemorates the commitment to 

excellence in science education exemplified by the late Ellis P. Steinberg 

who had an illustrious career in nuclear 

chemistry and was director of Argonne’s 

Chemistry Division from 1982-1988. n

By Donna Jones Pelkie 

Computing projects ranging from understanding Parkinson’s disease to modeling 

climate change have been awarded large 

amounts of joint time on Blue Gene/L 

computer systems at Argonne and IBM’s 

T.J. Watson Research Center in Yorktown 

Heights, N.Y. The computer time is 

available to researchers through the 

Department of Energy Office of Science’s 

INCITE program — Innovative and 

Novel Computational Impact on Theory 

and Experiment.

“It’s good to see the Department 

of Energy fostering the big ideas, the 

visionary projects that wouldn’t happen 

otherwise,” said Ray Bair, director of 

the Laboratory Computing Resource 

Center and Senior Computational 

Scientist in Argonne’s Mathematics 

and Computer Science Division. 

“These projects are ones you couldn’t 

approach on a lesser facility. Some of 

them might even be the wellspring of 

the next generation for science directions of computation.”

Six projects were allocated more 

than 10 million processor hours through 

the Argonne and IBM collaboration, 

ranging from a University of Washington 

project on high-resolution protein structure prediction to aircraft engine maker 

Pratt and Whitney’s high-fidelity simulations of an aircraft engine combustor. 

Through this collaboration Argonne 

will provide 10 percent of its Blue 

Gene/L hours to INCITE, and IBM will 

provide five percent of BGW’s hours to 

INCITE. The BGW system is the second fastest computer in the world, with 

a capacity of 91 teraflops — 91 trillion 

calculations per second.

“It’s often hard for researchers to 

get big enough allocations on supercomputers for the most challenging 

projects,” Bair said. “With the extended 

joint time on the two Blue Gene 

systems, DOE researchers can attack 

cutting-edge problems in science and 

engineering that were previously unfeasible on traditional systems.” 

A computation needing 500,000 

hours could run on 1,000 processors for 

500 hours, or about 21 days, he said. 

Running the same project on a singleprocessor desktop computer would take 

about 20 years.

INCITE seeks computationally 

intensive research projects of large scale 

that can make high-impact scientific 

advances through the use of a large allocation of computer time and data storage. 

Blue Gene 

“Argonne’s Mathematics and 

Computer Science Division,” Bair 

said, “is focusing on petascale computation — creating the tools and applications for addressing the challenges 

of very large science and engineering 

problems with computers soon capable 

of 1015 operations per second. Blue 

Gene has design features that make it 

especially attractive for computational 

science. We’re evaluating it to see 

how broadly applicable it is to science 

and engineering problems.”

SAMM takes shape

Argonne’s Sub-Angstrom Microscopy and Microanalysis (SAMM) facility is beginning to take 

shape. SAMM, with its four cutting-edge electron microscopes, will be a user facility open to 

researchers at Argonne and from industry and academia. Its powerful electron microscopes will 

give researchers atom-scale views of the structure of materials, with a focus on nanoscience. 

Photo by Dave Jacqué.

Argonne Director Robert Rosner shakes 

hands with Dharma, a member of Edward 

Foundation’s Animal Assisted Therapy 

Program, the first and largest “volunteer dog” 

program in the region. The program provides 

patients with visits from specially trained dogs 

and their handlers, providing a therapeutic 

“touch of home.” Dharma and representatives of four area agencies were recently 

presented donations from the Argonne 

Combined Appeal (ACA). Also pictured are, 

standing from left, ACA co-chairs Sheila Rossi 

and Joe Kilar and Kelly Mannsfeld, deputy 

to the laboratory director. Seated, from left, 

are Patty Kaplan of the Edward Foundation; 

Audrey Eisenberg of the American Lung 

Association of Metropolitan Chicago; Martina 

Shera of Hinsdale Community Service; and 

Keith Williams of Helping Hand Rehabilitation 

Center. Photo by George Joch

The Argonne Combined Appeal (ACA) 

steering committee presented one-time 

donations of $1,000 each to four local 

agencies. These gifts are made in honor 

of the laboratory employees who donate 

to the combined appeal. 

The Argonne Combined Appeal 

is an annual employee contribution 

campaign supporting more than a dozen 

charitable organizations.

 The donations were presented at a 

reception attended by the ACA Steering 

Committee, Argonne Director Robert 

Rosner, Kelly Mannsfeld, deputy to 

the laboratory director, as well as the 

Argonne employees who nominated the 

agencies to receive the donations. 

“I’m really proud that our employees both donate money and volunteer 

to coordinate this worthwhile effort,” 

Rosner said before presenting the donations. Mannsfeld thanked the agency 

representatives for the work their organizations do saying, “This is a token of 

our gratitude.” 

Agencies that received donations are:

• The American Lung Association of 

Metropolitan Chicago 

• Edward Foundation’s Animal 

Assisted Therapy program, the first 

and largest “volunteer dog” program 

in the region (see photo). 

• Hinsdale Community Service, which 

provides interim assistance to people 

in their service area in need of food, 

housing assistance, clothing, counseling and other emergency services. 

• Helping Hand Rehabilitation Center, 

which helps persons with disabilities 

to achieve their highest level of independence through quality programs 

and services. 

“Organizations such as these do 

tremendous work in our communities,” 

said Joe Kilar (EQO), ACA co-chair. 

“We are happy to be able to contribute 

to that work.” n

Combined appeal 

makes additional 

donations

Local science 

teacher honored

This visualization of supercomputer data shows 

a volume rendering of the energy dissipation 

through the current in the development of 

magneto-rotational instability, believed to be 

important in accretion of matter onto a central 

compact object such as a black hole.

Visionary projects receive time on Blue 

Gene/L supercomputers

In the past year scientists from 

across the nation have identified more 

applications for Blue Gene than originally expected. Such broad applicability indicates that the supercomputer 

could well become a mainstay for 

leadership computing.

The Blue Gene/L is the most powerful computer Argonne has ever had. 

“It’s an example of a machine that’s 

opening many doors in science,” Bair 

said. “Of the 100 most powerful computers, 19 are Blue Genes, and of those, 

one is Argonne’s.” n

“It’s good to see the Department of 

Energy fostering the big ideas, the 

visionary projects that wouldn’t 

happen otherwise.”
FALL 2006 / ARGONNE UPDATE 3

Argonne... “For a brighter future”

Five of the world’s top 100 scientific 

and technological innovations during 

2005, as judged by R&D Magazine, 

came from Argonne.

Argonne has been consistently on 

the R&D 100 Awards list, having won 

95 of the honors since the magazine 

began presenting them in 1964.

This year’s winners from Argonne are:

• The world’s fastest commercially 

producible hydrogen sensor, which 

will be used in cars to detect unsafe 

levels of hydrogen. 

• Anti-scatter grids for X-ray imaging 

and collimators for nuclear imaging, developed jointly with Creatv 

MicroTech, Inc. 

• Materials resistant to metal dusting 

degradation, which will be used to 

make more durable equipment in 

plants that manufacture hydrogen. 

• Multiport dryer technology for the 

forest industry, which will improve 

the efficiency of dryers used in 

paper mills. 

• The separative bioreactor for the 

production and recovery of biobased 

products, which will enable biobased 

chemical products to be used in place 

of petrochemicals. n

Argonne will help conduct basic and 

applied research and develop educational 

programs related to the restoration of 

natural resources in northwest Indiana 

under an agreement signed June 27.

The Indiana Department of 

Environmental Management, Purdue 

University Calumet and The University of 

Chicago, which operates Argonne, entered 

into a cooperative relationship aimed at 

economic development and environmental 

restoration of the Grand Calumet River and 

Indiana Harbor Canal Riparian Site. The 

agreement is part of the ongoing collaboration between Purdue Calumet, Argonne 

and the Purdue Calumet Water Institute. n

Established in 1990, the Argonne 

Women in Science and Technology 

Program (WIST) supports laboratory 

goals to diversify and strengthen the 

scientific and technical workforce at 

Argonne. WIST activities are facilitated 

by the WIST Program Initiator under 

the guidance of a ten-member steering 

committee; however, the program relies 

heavily on the volunteer support of hundreds of Argonne employees. 

WIST program objectives include 

promoting and supporting recruitment 

and hiring of female scientific staff at all 

levels; retention and professional development of female staff; and encouragement of female students to consider 

careers in science and technology.

“WIST is not about promoting 

any one type of person,” said WIST

Program Initiator Kirsten Laurin-Kovitz 

(NE). “It’s about promoting the diversification of the workforce, and anyone 

who agrees with that mission can and 

should be a part of it.”

One of Laurin-Kovitz’s goals for 

WIST is to become more strongly 

aligned with The University of Chicago 

and its women’s initiatives. “It could 

be a powerful partnership for promoting a climate that’s good for women 

and minorities.”

A work environment that is good for 

women and minorities, she said, includes 

an acknowledgement that individuals have lives outside of work and that 

everyone’s ideas and work are equally 

valued. Argonne is taking the right steps 

in this regard, Laurin-Kovitz said, with 

the issues and recommendations that 

have been discussed by the lab’s Work/

Life Balance Committee for example. 

Argonne received a 2006 Golden Family 

Award from the Society of Women 

Engineers in recognition of its facilities, 

Chemist Katie Carrado Gregar, left, talks to students during the 2006 Science Careers in 

Search of Women Conference. Each year, hundreds of students attend the conference which 

aims to encourage young women to consider scientific and technical careers. 

Photo by George Joch

DOE official visits MATT

In front of a 30-kW polymer electrolyte fuel-cell stack, Argonne chemist Deborah Myers 

explains Argonne’s fuel-cell research to Alexander “Andy” Karsner, the DOE Assistant 

Secretary for Energy Efficiency and Renewable Energy (EERE). Assistant Secretary Karsner 

reviewed the extensive Argonne Transportation programs supported through EERE’s FreedomCAR office. Photo by George Joch.

Argonne named one WIST diversifies, strengthens lab’s workforce

of ‘Chicago’s 101 

Best & Brightest’

benefits and programs that encourage a 

balance between work and family life.

Other priorities for WIST include 

expanding on its highly successful 

student outreach programs. Next year 

will be the 20th anniversary of the 

WIST-sponsored Science Careers in 

Search of Women conference, which 

annually brings hundreds of female 

high school students to the lab to 

encourage them to consider scientific 

and technical careers. A follow-up 

mentoring program has been initiated 

in conjunction with Science Careers 

to track the conference’s impact. 

Argonne received a 2005 Department 

of Energy Equal Employment 

Opportunity and Diversity Best 

Argonne 

technologies win 5 

R&D 100 Awards 

Argonne has been named one of 

“Chicago’s 101 Best & Brightest 

Companies to Work For” for the 

second year in a row by the National 

Association of Business Resources. The 

award is made even more significant by 

the organization’s decision to recognize 

only 60 area organizations this year.

Winners are organizations that 

“work with imagination and conviction 

to create organizational value and business results through their policies and 

best practices in human resources management. This distinction is bestowed in 

honor of an organization’s recognition 

of its employees as its greatest asset.” 

The categories in which Argonne was 

judged include communication, community initiatives, compensation and benefits, 

diversity and multiculturalism, employee 

education and development, employee 

engagement and commitment, recognition 

and retention, recruitment and selection, 

and work-life balance. Final judging was 

based on a detailed description of laboratory business practices and the results 

of an opinion survey issued to a random 

sample of 250 Argonne employees.

“This recognition from the National 

Association of Business Resources 

reaffirms Argonne’s commitment to 

developing strong leadership, supporting 

a creative and diverse workforce, recruiting, developing and retaining the talent 

needed to implement the laboratory’s 

programmatic activities and initiatives,” 

said Argonne Human Resources Director 

Carol Quinn. “Receipt of this award helps 

confirm the success of the laboratory in 

its commitment to continue the reputation 

of Argonne National Laboratory as ‘The 

Employer of Choice.’”

Family-friendly programs

Argonne was also honored by the Chicago 

Regional Section of the Society of Women 

Engineers with the society’s 9th annual 

Golden Family Award for “outstanding 

support of family issues that includes 

helping employees with the delicate balance between work and family.”

The award recognizes the laboratory’s management philosophy and the 

programs and benefits that accommodate the needs of a diverse workforce 

and ultimately motivate and help retain 

highly qualified employees. n

Lab, Purdue join 

forces to restore 

NW Indiana natural 

resources

Practices Award, recognizing the conference as an innovative and outstanding initiative which should serve as a 

model for other offices nationwide.

Introduce a Girl to Engineering 

Day, which pairs middle school students 

with mentors for a day of job shadowing, tours, activities, and presentations 

on engineering, had a record number of 

applicants this year and the goal is to 

increase the number of participants to 

100 over the next two years.

Laurin-Kovitz hopes to involve more 

Argonne employees — both women 

and men — in these and other outreach 

efforts to students and to women and 

minorities. “There’s a lot of untapped 

potential out there,” she said. n
Computational

mathematician 

Sven Leyffer 

received international recognition for 

two papers he 

co-authored on 

techniques for 

solving problems arising in situations as important 

to everyday life as air crew scheduling 

and finding how much power a nuclear 

reactor can safely produce. Along with 

Roger Fletcher of the University of 

Dundee in Scotland and Philippe Toint 

of the University of Namur in Belgium, 

Leyffer received the Lagrange Prize in 

Continuous Optimization at the Society 

for Industrial and Applied Mathematics’ 

annual meeting in Boston this July.

Researcher wins prestigious

presidential award

Computational Scientist Todd Munson 

has been honored with a Presidential 

Early Career Award for Scientists and 

Engineers. These awards are the highest 

9700

South Cass Avenue

Argonne, Illinois 60439

Non-Profit 

Organization

U.S. Postage Paid

LEMONT, IL

PERMIT #87

Prescribed b

u

r

n

Wild geranium (Geranium maculatum) 

grows in the aftermath of a prescribed burn conducted earlier this year on the Argonne site. 

The laboratory performed 

several prescribed burns in the northern and southeastern parts of the site as part of its habitat management program. Prescribed burns help to renew the habitat by reducing invasive species, like multiflora rose, asian bittersweet, honeysuckle and buckthorn, which encourages the growth of native species.

Mathematician receives

international honor

Honors

honor the U.S. government bestows on 

outstanding scientists and engineers 

beginning their 

independent 

careers. Munson 

is a member 

of Argonne’s 

Mathematics 

and Computer 

Science 

Division, where 

he has made 

significant 

contributions in the areas of large-scale 

continuous optimization and nonlinear 

complementarity problems.

Chiarizia honored for actinide 

separation work

An Argonne 

chemist has been 

honored at the 

30th Actinide 

Separations 

Conference 

in Richland, 

Washington 

for his innovative research on 

processes that can be used to recycle 

and dispose of nuclear waste. Argonne 

4 ARGONNE NEWS DIGEST / FALL 2006

Chemistry Division Senior Scientist 

Renato Chiarizia received the Glenn T. 

Seaborg Actinide Separations Award. 

The award recognizes a scientist 

or engineer who develops a new or 

improved method of recovery, separation and purification of the actinide 

elements on a laboratory or productions scale; develops new or improved 

methods for the plant-scale recovery, 

separation and purification of actinide 

elements; or conducts basic research 

that is directly and clearly related to the 

separation of actinide elements.

Actinides are a series of radioactive 

elements, which include uranium and 

plutonium. Separating these elements 

from fission products and other elements 

in nuclear fuel has applications such as 

recycling and storing nuclear fuel. 

Chiarizia is the fifth Argonne scientist to receive the award since it was 

created in 1984.

Larsen lauded for contributions to auto innovations

Top General Motors Co. executives 

recognized the extensive contributions 

of Argonne’s Bob Larsen to university student engineering competitions 

at the closing ceremonies of the 2006 

Argonne 

Ope

n House

October 7, 20069 

am – 4:30 pm

Argonne will celebrate its 60th anniversary by welcoming the public to an 

Open House 

Saturday, 

Oct. 7, from 9 a.m. to 4:30 p.m. 

Tours, displays and 

demonstrations will feature 

research on energy, environment, chemistry, physics, biology, computing, materials science, transportation and nuclear engineering. 

The open house is 

geared to visitors of all ages.

For more details, see the 

Argonne Web site at www.anl.govor call (630) 252-2525. Argonne is located on Cass Ave., just south of I-55, between 

Darien and Lemont.

Update

FALL 2006 The Community Newsletter of Argonne National Laboratory

Challenge X Competition, June 8 in 

Mesa, Ariz. 

Larsen has worked with the U.S 

Department of Energy and U.S. car 

companies for two decades to provide 

collegiate competitions that challenge 

engineering students to develop vehicles 

with lower emissions and higher fuel 

efficiency by tapping into their creativity 

and using next-generation technology. 

Wang honored for 

‘Environmental Excellence in

Transportation’ 

Michael Wang was honored as the 

runner-up in the “New Methods and 

Tools” category of the prestigious 

Society of Automotive Engineers’ 

International Environmental Excellence 

in Transportation Awards. The awards, 

established in 2000, recognize individuals who contribute significant innovations to reduce the environmental impact 

caused by the transportation industry.

Wang, of Argonne’s Center for 

Transportation Research, received the 

award for his development of Argonne’s 

GREET software tool, which is used 

to evaluate the energy and emission 

impacts of advanced vehicle technologies and new fuels. n

Leyffer Munson

Chiarizia

Argonne... “For a brighter future”