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Advanced manufacturing / Business / Materials science / Process analytical technology / Research and development / NIPTE / Manufacturing engineering / Manufacturing / Technology / Pharmaceutical industry


Manufacturing and Biomanufacturing: Material Advances and Critical Processes
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Document Date: 2011-08-26 10:24:08


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File Size: 158,69 KB

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Company

5F 6F 7F Manufacturing / THE PROBLEM Manufacturing / SOCIETAL CHALLENGES Manufacturing / NIST / Revitalizing American Manufacturing / /

Continent

America / /

Country

Germany / Japan / United States / Korea / China / /

Currency

USD / /

Event

Environmental Issue / /

Facility

National Institute of Standards and Technology / Technology Policy Institute / Critical Processes Technology Innovation Program National Institute of Standards and Technology Gaithersburg / /

IndustryTerm

repair energy systems / manufacturing carbon nanotubes / automated technology / wind energy / biopharmaceutical manufacturing / process analytical technologies / transportation / measurement solutions / aerospace applications / on-line real-time monitoring / improved energy efficiency / manufacturing agility / structural and processing enhancements / manufacturing performance metrics / manufacturing technologies / energy storage devices / fuel cell devices / real time / manufacturing methods / high-temperature gas turbines / continuous aseptic manufacturing / downstream processing / wireless communications / structural applications / manufacturing cost / rapid on-line sensing / power electronics / bio related applications / greenhouse gas emission reductions / manufacturing sector accounts / interoperable systems / micro-electromechanical systems / microbial production systems / materials sector/technology area / manufacturing sectors / reward technologies / real time product release / manufacturing community / real time measurements / manufacturing processes / manufacturing process innovation / energy / manufacturing process bottlenecks / developed technology roadmaps / less toxic processing / manufacturing operation / sensor technologies / strategically-important products / final product / e.g. real time monitoring / energy consumption / marine applications / optoelectronic devices / approaches using technologies / continuous manufacturing process / manufacturing sector / microwave technology / analytical technologies / real-time process control / energy conversion / on-line monitoring / materials systems / chemical processes / higher efficiency gas turbines / environmental and biomedical applications / molecule pharmaceuticals / sustainable biomanufacturing systems / broader and more advanced applications / manufacturing environment / unprecedented long-term manufacturing opportunities / electronics / product manufacturing lines / real-time control / high-density information storage media / intelligent manufacturing / mining / materials processing / manufacturing / metal alloys / energy scavenging / large gas turbine hubs / process design tools / chemicals / manufacturing strategies / benign manufacturing methods / sustainable manufacturing processes / e.g. manufacturing / steel / /

Organization

National Research Council / Food and Drug Administration / National Science Foundation / Institute of Standards and Technology Gaithersburg / Science and Technology Policy Institute / Department of Energy / National Academy of Sciences / National Institute of Standards and Technology / National Academy of Engineering / International Society for Optics and Photonics / National Science and Technology Council / Department of Commerce / /

Position

leading producer / /

Technology

alpha / genetic engineering / Biomanufacturing / 3-D / process analytical technologies / approaches using technologies / process control / fuel cell / integrated circuits / high-reward technologies / biopharmaceuticals / MEMS / sensor technologies / biofuels / simulation / microwave technology / /

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