Intel Corp. is engaged in a $2.5 million upgrade of the Fab 11X manufacturing complex in Rio Rancho, N.M. The facility will house a 400,000-sf cleanroom and will begin producing 32 nanometer chips in fall of 2010. The building includes a central computer control room to monitor the plant’s advanced manufacturing equipment. Fab 11X was completed in 2002 and was renovated in 2007.
Dow AgroSciences will break ground in August of 2009 on an 80,000-sf R&D facility adjacent to its existing headquarters in Indianapolis. The two-story facility will be developed and owned by Browning Investments and leased by Dow. Designed by BSA Life Structures of Indianapolis, the building will house laboratories accommodating 100 researchers. Occupancy is expected in mid-2010. Dow AgroSciences is a subsidiary of Dow Chemical Co.
NASA broke ground on a $23 million office building in Hampton, Va., in July of 2009. The 72,000-sf Building 1 will be constructed to attain LEED Gold sustainable design certification. The project is part of a $200 million renovation and expansion of Langley Research Center to support aeronautics research with improved facilities and infrastructure.
The State University of New York Institute of Technology (SUNYIT) is planning to build the $45 million Computer Chip Commercialization Center in Marcy, N.Y. Created in partnership with University at Albany College of Nanoscale Science & Engineering, the facility will support R&D collaboration with private industry partners. Construction is expected to begin in fall of 2009 and reach completion in 2011.
President Barack Obama allocated $1.825 billion for H1N1 preparedness in July of 2009. Supporting vaccine development, testing, and planning, the funding comes from $7.65 in funding previously awarded to the Department of Health and Human Services by Congress for H1N1 pandemic response. H1N1 vaccine manufacturers for the United States include Novartis, Sanofi Aventis, GlaxoSmithKline, Baxter, and AstraZeneca.
Midwestern State University opened the expanded and renovated Fowler Hall in Wichita Falls, Texas, in July of 2009. Housing the McCoy School of Engineering, the 23,000-sf academic building provides classrooms, department and faculty offices, study pods, and engineering research facilities. The project was designed by SHW Group of Dallas and features three high bay labs as well as labs for physics, fluid mechanics and heat transfer, machine dynamics, measurement and instrumentation, fluid power, and materials science. Jose I.
The emirate of Ras Al Khaimah will initiate construction on the Centre for Advanced Materials (RAK-CAM) in September of 2009. The 6,000-sm research facility will house interdisciplinary laboratories for the study of alternative energy, construction, water purification, and environmental preservation. Occupancy is slated for late 2010.
Pennsylvania State University celebrated the opening of the $121 million Hershey Cancer Institute on June 26, 2009. The 176,000-sf facility is located on the Hershey Medical Center Campus in University Park, Pa. Designed by Payette of Boston, the translational research facility integrates clinical treatment and medical research. The project team included associate architect Array Healthcare Facilities Solutions, construction manager Gilbane Building, and MEP engineer Bard, Rao + Athanas (BR+A).
Lawrence Berkeley National Laboratory is planning to construct the $28 million Berkeley Lab Laser Accelerator (BELLA) in Berkeley, Calif. Supported by $20 million from the American Recovery and Reinvestment Act and additional funding from the Department of Energy, the accelerator will be located in the existing Building 71. The renovated facility will house a beam producing gamma rays, neutrons, and photomuons and will feature extensive radiation shielding.
Pfizer will invest €11 million to construct the Kilo Technology Laboratory in Ringaskiddy, Ireland. The dedicated R&D laboratory will be located in the existing Process Development Centre on Pfizer’s County Cork campus. Housing 100 employees, the facility will support the creation of new manufacturing technologies.
The Department of Energy began construction on the $912 million National Synchrotron Light Source II (NSLS-II) in July of 2009. Located at Brookhaven National Laboratory in Upton, N.Y., the NSLS-II will support multidisciplinary research in advanced materials, nanotechnology, condensed matter, materials physics, chemistry, and biology. The project received $150 million from the American Recovery and Reinvestment Act and will replace the existing National Synchrotron Light Source which began operations in 1982.
Princeton University is building a 236,000-sf, four-story chemistry building in Princeton, N.J. Replacing existing chemistry facilities, the building will house teaching and research labs, department offices, lecture halls, and an auditorium. The sustainably-designed facility will feature self-closing fume hoods, photovoltaic panels, and advanced HVAC systems. The project team includes Hopkins Architects, Payette, and Turner Construction.
University College Dublin is planning to build a €60 million research and innovation facility in Dublin, Ireland. Housing research, teaching, and chemistry laboratories, the 10,000-sm facility will be accompanied by 8,600-sm of renovated space in the existing UCD science center. The project, which will accommodate more than 2,000 undergraduate students and 525 postgraduate students, is part of University College Dublin’s campus master plan to further Ireland’s national science education and research initiative.
Elanco officially broke ground on its 130,000-sf headquarters in Greenfield, Ind., in July of 2009. Located on 20-acres in the Progress Park life sciences development, the facility will enable the global animal health company to consolidate operations with its existing R&D facilities in Greenfield. Elanco is a division of Eli Lilly and Co.
Esco announced the launch of a new range of Pharmacon Downflow Booths in July of 2009. Downflow booths are used in the pharmaceutical, chemical, and food industries for operations such as sampling, grinding, dispensing, and filling, which generate airborne particles. The booths support processes that involve hazardous, toxic, or sensitizing materials and protect operators and adjoining areas from exposure to aerosols of the process materials.Esco Pharmacon Downflow Booths feature:
