Laboratory Coordinating Council: Partnerships with Industry (Revised)

For more information, contact: Successful collaborations Laboratory make a difference Pacific Northwest National Laboratory (PNNL) Chair—Steven C. Weiner, [email protected] Phone: 202.646.7870 Coordinating • The Glass-Project Laboratory User Services (G+) Program facilitates glass industry access to the Albany Research Center William Riley, [email protected] expertise and cutting-edge equipment and Council facilities of the national laboratories. Through Ames Laboratory the Glass Manufacturing Industry Council, glass David Hoffman, [email protected] companies are encouraged to establish short- Argonne National Laboratory (ANL) term research collaborations that address the Past Chair—William Schertz, [email protected] challenges identified in the industry’s technology Brookhaven National Laboratory (BNL) roadmap. Michael Sebastino, [email protected] Idaho National Engineering and • In response to the chemical industry’s Vision Environmental Laboratory (INEEL) 2020, experts from industry, national laboratories, Marty Sorensen, [email protected] and academia have developed technology Kansas City Plant roadmaps that define the benefits, challenges, Jack Quint, [email protected] and needs for advanced computational technologies. Through a collaborative research Lawrence Berkeley National Laboratory (LBNL) effort, the Multiphase Fluid Dynamics Research Don Grether, [email protected] Consortium (MFDRC) is seeking breakthroughs Lawrence Livermore National Laboratory (LLNL) in the accurate modeling of gas-solid transport Robert Glass, [email protected] for industrial applications. Los Alamos National Laboratory (LANL) Partnerships Melissa Miller, [email protected] with • Recent collaborative science and technology National Energy Technology Laboratory (NETL) projects that have been applied to the Industries Joseph Paladino, [email protected] Industry of the Future have resulted in significant National Renewable Energy Laboratory (NREL) recognition through Federal Laboratory Past Chair—Helena Chum, [email protected] Consortium, R&D 100, and Presidential Green Unlocking the Nation’s Chemistry Challenge Awards. These awards Oak Ridge National Laboratory (ORNL) priceless store of research and celebrate the successful partnerships that engage Pete Angelini, [email protected] DOE national laboratories with other technology Sandia National Laboratories (SNL) development expertise at DOE providers. Bill McLean, [email protected] laboratories and facilities Savannah River Technology Center • DOE investments have resulted in significant Ed Danko, [email protected] benefits to the U.S. economy and environment. Y-12 Plant http://www.oit.doe.gov/LCC The IMPACTS report cites numerous examples Bill Brosey, [email protected] of emerging and commercially available

NT O technologies developed through OIT that E F E Office of Industrial Technologies TM N R E A R P involved one or more national laboratories in G Energy Efficiency E Y

D DOE/GO-102001-1189 January 2001 U A N and Renewable Energy some stage of the technology-development C I I T R E Printed with a renewable-source D E U.S. Department of Energy M cycle. S A ink on paper containing at least TAT OF 50% wastepaper, including 20% ES Washington, DC 20585 postconsumer waste ndustry can make the most of he Nation’s network of DOE laboratories he LCC he most waste- and energy- scarce R&D funds by accessing and facilities holds an extensive store of gives U.S. Tintensive industries in the I T U.S., the focus of the Office the specialized expertise of the Tresearch and development expertise and industry unique equipment developed for their various of Industrial Technologies’ Department of Energy’s (DOE) access to a missions. How can U.S. industry unlock this (OIT) Industries of the Future 16 laboratories. treasure of knowledge and experience? The "virtual" initiative, include agriculture, Laboratory Coordinating Council (LCC) has laboratory aluminum, chemicals, forest been published. Technology roadmaps spell forged an important key. that can be products, glass, metalcasting, mining, petroleum, and steel. out prioritized, specific action areas to meet The LCC gives U.S. industry access to a “virtual” tailored to the goals contained within the visions. This laboratory that can be tailored to meet the specific meet the The Industries of the Future process has created a common understanding requirements of almost any research project. specific have signed agreements of of industry’s R&D needs, which can then be Industry leaders no longer need to approach each understanding and cooperation requirements addressed by the broad research community, laboratory separately to gauge suitability and with DOE. With OIT acting as focusing national talents on the most work out agreements. The laboratories now of almost a catalyst, visions of the future important priorities of U.S. industry as a function in a distributed manner to develop any process that reflect industry-wide goals whole. LCC teams work in tandem with appropriate working relationships. industry to achieve greater competitive- industry to achieve targeted priorities within Because each laboratory and facility has specific research ness, efficiency, waste reduction, the R&D visions. and pollution prevention, have areas of excellence, the LCC members have a project. matrix of competencies that can be assembled to meet the technological challenges of industry. articipating Pmembers of the Laboratory stablished in 1995, the LCC Coordinating E responds to the major process Council are industries’ R&D needs with the highlighted on capabilities of 16 DOE laboratories the map at left. and facilities. As can be seen, some of the finest government research facilities are available to help U.S. industry become more efficient and competitive in the global marketplace as we begin the next century. ndustry can make the most of he Nation’s network of DOE laboratories he LCC he most waste- and energy- scarce R&D funds by accessing and facilities holds an extensive store of gives U.S. Tintensive industries in the I T U.S., the focus of the Office the specialized expertise of the Tresearch and development expertise and industry unique equipment developed for their various of Industrial Technologies’ Department of Energy’s (DOE) access to a missions. How can U.S. industry unlock this (OIT) Industries of the Future 16 laboratories. treasure of knowledge and experience? The "virtual" initiative, include agriculture, Laboratory Coordinating Council (LCC) has laboratory aluminum, chemicals, forest been published. Technology roadmaps spell forged an important key. that can be products, glass, metalcasting, mining, petroleum, and steel. out prioritized, specific action areas to meet The LCC gives U.S. industry access to a “virtual” tailored to the goals contained within the visions. This laboratory that can be tailored to meet the specific meet the The Industries of the Future process has created a common understanding requirements of almost any research project. specific have signed agreements of of industry’s R&D needs, which can then be Industry leaders no longer need to approach each understanding and cooperation requirements addressed by the broad research community, laboratory separately to gauge suitability and with DOE. With OIT acting as focusing national talents on the most work out agreements. The laboratories now of almost a catalyst, visions of the future important priorities of U.S. industry as a function in a distributed manner to develop any process that reflect industry-wide goals whole. LCC teams work in tandem with appropriate working relationships. industry to achieve greater competitive- industry to achieve targeted priorities within Because each laboratory and facility has specific research ness, efficiency, waste reduction, the R&D visions. and pollution prevention, have areas of excellence, the LCC members have a project. matrix of competencies that can be assembled to meet the technological challenges of industry. articipating Pmembers of the Laboratory stablished in 1995, the LCC Coordinating E responds to the major process Council are industries’ R&D needs with the highlighted on capabilities of 16 DOE laboratories the map at left. and facilities. As can be seen, some of the finest government research facilities are available to help U.S. industry become more efficient and competitive in the global marketplace as we begin the next century. For more information, contact: Successful collaborations Laboratory make a difference Pacific Northwest National Laboratory (PNNL) Chair—Steven C. Weiner, [email protected] Phone: 202.646.7870 Coordinating • The Glass-Project Laboratory User Services (G+) Program facilitates glass industry access to the Albany Research Center William Riley, [email protected] expertise and cutting-edge equipment and Council facilities of the national laboratories. Through Ames Laboratory the Glass Manufacturing Industry Council, glass David Hoffman, [email protected] companies are encouraged to establish short- Argonne National Laboratory (ANL) term research collaborations that address the Past Chair—William Schertz, [email protected] challenges identified in the industry’s technology Brookhaven National Laboratory (BNL) roadmap. Michael Sebastino, [email protected] Idaho National Engineering and • In response to the chemical industry’s Vision Environmental Laboratory (INEEL) 2020, experts from industry, national laboratories, Marty Sorensen, [email protected] and academia have developed technology Kansas City Plant roadmaps that define the benefits, challenges, Jack Quint, [email protected] and needs for advanced computational technologies. Through a collaborative research Lawrence Berkeley National Laboratory (LBNL) effort, the Multiphase Fluid Dynamics Research Don Grether, [email protected] Consortium (MFDRC) is seeking breakthroughs Lawrence Livermore National Laboratory (LLNL) in the accurate modeling of gas-solid transport Robert Glass, [email protected] for industrial applications. Los Alamos National Laboratory (LANL) Partnerships Melissa Miller, [email protected] with • Recent collaborative science and technology National Energy Technology Laboratory (NETL) projects that have been applied to the Industries Joseph Paladino, [email protected] Industry of the Future have resulted in significant National Renewable Energy Laboratory (NREL) recognition through Federal Laboratory Past Chair—Helena Chum, [email protected] Consortium, R&D 100, and Presidential Green Unlocking the Nation’s Chemistry Challenge Awards. These awards Oak Ridge National Laboratory (ORNL) priceless store of research and celebrate the successful partnerships that engage Pete Angelini, [email protected] DOE national laboratories with other technology Sandia National Laboratories (SNL) development expertise at DOE providers. Bill McLean, [email protected] laboratories and facilities Savannah River Technology Center • DOE investments have resulted in significant Ed Danko, [email protected] benefits to the U.S. economy and environment. Y-12 Plant http://www.oit.doe.gov/LCC The IMPACTS report cites numerous examples Bill Brosey, [email protected] of emerging and commercially available

NT O technologies developed through OIT that E F E Office of Industrial Technologies TM N R E A R P involved one or more national laboratories in G Energy Efficiency E Y