Production of LowCost Controlled Morphology MetalOxides for Multifunctional
- Slides: 9
Production of Low-Cost Controlled. Morphology Metal-Oxides for Multifunctional Coatings Technology Opportunity Available for Licensing Principal Investigators: Soydan Ozcan 1 Yuan Lu 1 Aaraon Armentrout 1 Tolga Aytug 2 Lead Division: 1 Materials Science and Technology Division 2 Chemical Sciences Division Commercialization Manager: Eugene Cochran cochraner@ornl. gov ORNL is managed by UT-Battelle for the US Department of Energy
Technology Innovation Controlled-Morphology Metal-Oxides • Manufacturing: ORNL coating technology is superior to current commercial practices in terms of scalability, low-cost capital investment, (e. g. , PVD, CVD, sol-gel) • Controlled Nanoparticle Shape: ORNL process has distinct economic and manufacturing advantages over existing technologies to control shape and morphology (e. g. , Photolithography, Microfludic Synthesis, and Molding) Metal oxide nanotechnology is applied to almost all areas of the society Displays Lighting Solar energy Bio-imaging Environmentally friendly way of making low cost technologically important materials 2
Low cost controlled morphology metal oxides for multifunctional coatings Green Nanotechnology Controllable Morphology Decrease in ITO precursor CNF in water Green Scalable Low cost ITO: indium tin oxide; CNF: cellulose nanofibrils CNF Comparable properties to PVD coating Metal ion Versatility Zinc oxide nanoparticles 80% transparency Low resistance 150 Ω/□
Novel Process ORNL’S Technology: A Cleaner, Cheaper Way to Make Metal-oxides particles and films Remove Heat Controlled Morphology water Metal ion conjugation to CNF in water (2 mins) CNF Film with controllable density and 3 D distribution of metal ions - Cellulose Nanofibrils (CNF) - Metal cation Clean Technology Cost Effective Transformational 4 Sintered Particles
Current Practice Vacuum Required Limited Target Size High Cost and Poor Stability Improved Scalability Metal Oxide Film Fabrication Chemical Vapor Deposition Hazardous byproducts (CO, H 2) High Cost Nanoparticle Sintering Solid State Sintering Excellent Scalability Low Cost 5 Decrease in cost /Increase in scalability Physical Vapor Deposition
Intellectual Property • Patent Application No. 14/551, 460 filed on Nov 24, 2014; US Patent No. : 9, 340, 461 granted 05/17/2016. • Patent Cooperation Treaty - PCT/US 15/61459 6
Applications Application Description 1 Low-cost ITO coating for electronics 7 • • ~97% of transparent conducting oxides market is ITO in 2011. Market: US$ 4. 1 billion (2014) US$ 6. 3 billion (2024) Current Practice Physical and chemical vapor deposition ITO coating for defrosting windshield Projected market: US$ 3. 5 billion (2018) Smart glass coatings used in automobile and aircrafts Physical Vapor Deposition ITO films for energy efficient windows (IR blocking) Energy efficient window market: US$ 40 billion (2014) Large market to penetrate Spray coating, physical vapor deposition 2 3 Target Customers
Competitive Differentiation 8 Technology Feature ORNL Technology PVD Co. Precipitation Sol-Gel Low Capital Investment Scalability Manufacturing Ease Environmentally Friendly Low Cost
Contact Information • For technical information: Soydan Ozcan ozcans@ornl. gov • For licensing information: Eugene Cochran cochraner@ornl. gov 9
- Pre dan post production adalah
- Complexul multifunctional caraiman
- Neoureterocystostomy
- Unifunction and multifunction pipeline
- Evenimente socio-culturale
- Derivational morphology and inflectional morphology
- Rita perspektiv
- Fspos vägledning för kontinuitetshantering
- Orubbliga rättigheter
- Ramsa geometriska former