EXPERTS EXAMINE TOP BATTELLE ACHIEVEMENTS OF THE PAST 75 YEARS AND LOOK AHEAD TO THE NEXT 75

Columbus, Ohio-The technology behind the office copier tops the list of the top 10 achievements from Battelle's first 75 years, while next-generation advancements in personal healthcare and renewable energy headline the list of projected advancements over the next 75 years.

Battelle surveyed some of its leading active and retired researchers in an effort to celebrate the science and technology organization's storied past and provide a glimpse at what might be yet to come. To no one's surprise, the development of xerography, which led to today's office copy machines and spawned XeroxTM, topped the list of past achievements.

The experts also pointed to Battelle's strong record of laboratory management, including management or co-management of four Department of Energy (DOE) national labs and the establishment of laboratories in Europe, Asia, and elsewhere around the world. Other highlights from the survey of the past 75 years include Battelle's distinguished work in metallurgy (Battelle's original specialty), pioneering nuclear research, and the development of the technology that led to the compact disc.

"Choosing the top 10 Battelle achievements from the past 75 years is no easy task," said Steve Millett, Battelle Thought Leader and originator of the survey. "A top 75 list wouldn't even scratch the surface. But these choices, highlighted of course by xerography, represent a few of the truly outstanding achievements in Battelle's history."

The projected breakthroughs for the future are just as significant and reflect several areas of Battelle's business focus. Topping the list is advanced healthcare, including bio-sensors that both diagnose and treat ailments within the body, new vaccines for deadly diseases, and a cure for nicotine addiction that could save the lives of millions of frustrated smokers who cannot quit.

Battelle also occupies a strong position in the field of alternative fuels-especially fuel cells-and the experts surveyed expect significant breakthroughs in that area over the next 75 years. Other forecasted breakthroughs include technologies to better produce and store clean water, work on the next generation of nuclear power, and continuing contributions to community and charitable causes that make significant differences in the places we live and work.

"Personal healthcare, nanotechnology, and renewable energy without question are among the next frontiers for science, and Battelle is well positioned for success in each of those fields," Millett said. "Developments in those areas will lead to profound changes in our way of life, and it would not surprise me at all if many of those developments originated at Battelle or the laboratories it manages or co-manages."

Battelle is a global leader in science and technology. Headquartered in Columbus, Ohio, it develops and commercializes technology and manages laboratories for customers. Battelle, with the national labs that it manages or co-manages, oversees 16,000 staff members and conducts $3 billion in annual research and development. Battelle innovations include the development of the office copier machine (Xerox), pioneering work on compact disc technology, medical technology advancements, and fiber optic technologies.

For more information, visit www.battelle.org or contact Media Relations Manager Mark Berry at (614) 424-5544 or berrym@battelle.org.

1929-2004

1. Xerography. In 1944, a small group of researchers began solving enormous technical challenges to develop Chester Carlson's concept for a dry copying process into the first commercial xerography equipment. Their pioneering technology led to one of the 20th century's greatest products and helped launch global business giant XeroxTM.

2. Laboratory management. Battelle's management and guidance of research laboratories, including the creation of laboratories in Europe and Asia and the management of U.S. national laboratories, spread the Battelle vision throughout the world and into the realm of basic research.

3. Advanced, innovative metallurgy. Battelle innovations led to countless breakthroughs-from improving tool bits to understanding the behavior of materials that were crucial to the space age.

4. Nuclear research. Battelle developed and fabricated the first generation of nuclear fuel rods for nuclear reactors. The work began with the Manhattan Project and continued through the first full-scale reactor at Oak Ridge to the first nuclear-powered submarine.

5. Optical digital recording. A Battelle researcher and his team developed algorithms and coatings for early optical digital recording that led to the compact disc. The breakthrough helped open the door to CD, CDROM, and DVD technology.

6. Titanium alloys and welding. Battelle's pioneering work in the development of titanium alloys and welding enabled the production of first-generation jet engines and evolved into materials for modern military aircraft.

7. Chemical and Biological Defense. Integrating unique analytical chemistry capabilities and expertise in biodefense, environmental safety and health, food safety, logistics, information management, public health, and training (to name a few), Battelle has supported military and civilian objectives through numerous programs-more than 650 since 1989 alone-in the development of biological and chemical defense systems, materials, vaccines, and preventative measures.

8. Sandwich coins. Most of the 52.5 million coins produced each day by the U.S. Mint are composed of a copper core with a copper-nickel alloy cladding thanks to a recommendation made by Battelle in 1965.

9. Charitable contributions. Since 1929, Battelle donations to communities in locations where we live and work have exceeded $165 million. Thanks to Battelle, buildings, parks, and programs serve the needs of thousands of people, enhancing the quality of life through the arts, sciences, and education.

10. Photonic technology. Battelle's investment in integrated optics in the early 1970s led to relationships with government, industrial, and Japanese organizations that furthered the state of the art and continues to yield breakthroughs in photonics and telecommunications.

2005-2080

1. Advanced healthcare, including medical diagnostic and treatment technologies, such as bio-sensors for both civilian and military applications, vaccines, home medical equipment, and a cure for nicotine addiction.

2. Sustainable, renewable energy, such as fuel cells, hydrogen production and storage, solar power, and genetically engineered biofuels.

3. Innovative materials, including nanofibers and materials, high performance and high intelligent polymers, and biomass products for use in medical, barrier fabrics, and filtration applications, to name a few.

4. Mega-data analysis, including modeling, simulation, and forecasting of large, complex systems requiring large amounts of data, such as weather forecasting, pattern recognition, data visualization, voice recognition, and encryption systems.

5. Perfecting clean water production and storage technologies that deliver better processes and equipment to the international community.

6. Scientific and technical education, including participation and leadership in programs and collaborative research at the local, state, and federal levels.

7. Revitalizing nuclear power through innovations in fuel processing, nuclear reactions, and waste management.

8. Managing global climate change using innovative approaches and technologies, including carbon management.

9. Continuing to invest in the future through generous support of charitable and civic enterprises on a broader scale.

10. Breakthrough welding technology, including computational and computer-based welding and joining techniques that will revolutionize structural stress modeling and fatigue design for industrial and government applications, such as automotive, nuclear, and offshore oil and gas.