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Published by: BCC Research
Published: Aug. 1, 2004 - 179 Pages
Table of Contents
Introduction
Study Background
Study Goals And Objectives
Intended Audience
Scope And Format
Methodology And Information Sources
Analyst Credentials
Related Bcc, Inc. Publications
Reports
Monthly Newsletters
Bcc On-Line Services
Disclaimer
Executive Summary
Summary Table:
Global Nanocatalyst Market, Through 2009 ($ Billions)
Summary Figure:
Global Nanocatalyst Market, 2002-2009 ($ Billions)
Overview
General Description Of Nanocatalysts
Definitions
Catalysts
Nanocatalysts
Nanocatalysts Vs. Biocatalysts
Significance Of Nanocatalysts
Figure 1 Nanocatalyst Share Of Global Catalyst Market, 2002 (Percent Of Total Catalyst Sales)
Figure 1 (Continued)
General Issues And Challenges In Catalysis
Special Properties Of Nanocatalysts
Brief History Of Nanocatalysts
Market Segmentation
Homogeneous Vs. Heterogeneous Catalysts
Homogeneous Vs. Heterogeneous Catalysts (Continued)
Chemical Composition And Properties Of Nanocatalysts
Table 1 Nanocatalysts Segmented By Chemical Composition And/Or Structure
Table 2 Global Nanocatalyst Sales As A Percentage Of Total Catalyst Sales, By Type Of Catalyst, 2002
Figure 2 Global Nanocatalyst Sales As A Percentage Of Total Catalyst Sales, By Type Of Catalyst, 2002 (%)
Carbon Nanotubes
Definition
Properties
Fabrication
Table 3 Manufacturers Of Carbon Nanotubes
Applications
Asymmetric Nanocatalysts
Definition
Properties
Fabrication
Table 4 Manufacturers Of Chiral Catalysts
Applications
Enzymes
Definition
Properties
Fabrication
Fabrication (Continued)
Table 5 Manufacturers Of Industrial Enzymes
Applications
Metallocene Catalysts
Definition
Properties
Fabrication
Table 6 Manufacturers Of Metallocene Catalyst
Applications
Organometallic Catalysts
Definition
Properties
Fabrication
Applications
Transition Metals
Definitions
Table 7 Transition Metals
Properties
Fabrication
Table 8 Manufacturers Of Transition Metal Nanocatalysts
Applications
Transition Metal Oxides
Definition
Properties
Fabrication
Table 9 Producers Of Transition Metal Oxide Nanocatalysts
Applications
Zeolites
Definition
Properties
Fabrication
Table 10 Manufacturers Of Zeolites
Applications
Table 11 Commercial Zeolites
Applications (Continued)
Major Nanocatalyst End-User Industries And Applications
Introduction
Table 12 Major Nanocatalyst End-Users And Applications
Petroleum Refining/ Petrochemical Production
Table 13 Nanocatalyst Applications In Petroleum Refining/Petrochemicals
Established Commercial Applications
Cracking Catalysts
Desulfurization
Other Commercial Refining Applications
Launch-Phase Applications
Heavy Oil Upgrading
Coal Liquefaction
Developmental Applications
Chemical/Pharmaceutical Manufacturing
Table 14 Nanocatalyst Applications In Chemical/Pharmaceutical Manufacturing
Established Commercial Applications
Detergents
Ethanol Production
Refrigerants
Chiral Drugs
Flavors And Fragrances
Agricultural Chemicals
Other Commercial Applications
Developmental Applications
Hydrogen Peroxide
Hydrogen Peroxide (Continued)
Food Processing
Table 15 Nanocatalyst Applications In Food Processing
Established Commercial Applications
Textile Manufacturing
Table 16 Nanocatalyst Applications In Textile Production
Established Commercial Applications
Bioscouring
Biopolishing
Biostoning
Pulp And Paper Manufacturing
Table 17 Nanocatalyst Applications In Pulp And Paper Production
Established Commercial Applications
Polymer Manufacturing
Table 18 Nanocatalyst Applications In Polymer Production
Established Commercial Applications
Metallocene Polymers
Other Commercial Applications
Environmental Remediation
Table 19 Nanocatalyst Applications In Environmental Remediation
Established Commercial Applications
Catalytic Converters
Launch-Phase Applications
Air Purification Systems
Developmental Applications
Advanced Vehicle Emissions Applications
Advanced Vehicle Emissions Applications (Continued)
Energy Production
Table 20 Nanocatalyst Applications In Energy Production
Established Commercial Applications
Fuel And Explosive Additives
Launch-Phase Applications
Diesel Fuel Additives
Developmental Applications
Fuel Cells
Pem Fuel Cells
Reformer Catalysts
Water-Gas-Shift Catalysts
Pem Catalyst Electrodes
Sofc Fuel Cells
Nanotechnology-Other Products
Table 21 Nanocatalyst Applications In Other Nanotechnology Products
Developmental Applications
Carbon Nanotube Production
Biomolecular Machine Tools
Biomolecular Motors
Homeland Defense
Table 22 Nanocatalyst Applications In Homeland Defense
Developmental Applications
Chemical/Biological Detection And Decontamination
Miscellaneous Applications
Table 23 Miscellaneous Nanocatalyst Applications
Established Commercial Applications
Hydrophylic Films
Patent Analysis
U.S. Patents By Type Of Nanocatalyst
Figure 3 U.S. Nanocatalyst Patents By Type Of Catalyst, 1976-2004 (Percent Of Patents Issued)
Figure 4 Annual Trends In Total U.S. Nanocatalyst Patents, 1999-2003* (Number Of Patents Issued Each Year)
Patent Trends By Technology Type Over Time
Figure 5 Annual Trends In U.S. Nanocatalyst Patents By Technology Type, 1999-2003* (Number Of Patents Issued Each Year)
Global Market For Nanocatalysts, 2002 Through 2009
Overall Market
Figure 6 Global Sales Of Nanoscale And Nano-Engineered Catalysts, 2002-2009 ($ Billions)
Market By End-User Segment
Table 24 Global Nanocatalyst Market By End-User Segment Through 2009 ($ Billions)
Figure 7 Global End User Segment Market Shares, 2003 And 2009 (Percent Of Total Nanocatalyst Sales)
Market By Established Commercial Application
Table 25 Global Market For Established Commercial Nanocatalyst Applications, Through 2009 ($ Billion)
Petroleum Refining/Petrochemicals
Table 26 Global Market For Commercial Nanocatalyst Applications In Petroleum Refining/Petrochemicals, Through 2008 ($ Billions)
Cracking Catalysts
Figure 8 Trends In Global Demand For Cracking Catalysts, 2002-2009 ($ Billions)
Table 27 Global Demand For Zeolite Cracking Catalysts, Through 2009 ($ Billions)
Other/Miscellaneous Refining/Petrochemical Nanocatalysts
Table 28 Global Demand For Nonzeolite Nanocatalysts In Refining And Petrochemicals, Through 2009 ($ Billion)
Chemical/Pharmaceutical Manufacturing
Table 29 Global Market For Commercial Nanocatalyst Applications In Chemical/Pharmaceutical Manufacturing, Through 2008 ($ Billion)
Ethanol Production
Figure 9 U.S. Ethanol Production, 2002-2009 (Billion Liters)
Table 30 U.S. Enzyme Consumption In Ethanol Production, Through 2009 (Billions)
Detergents
Table 31 Global Detergent Enzyme Consumption, Through 2009 ($ Billions)
Figure 10 Global Enzyme Consumption In Detergents, 2002-2009 ($ Billions)
Refrigerants
Table 32 Global Catalyst Consumption In Hfc-134 Refrigerant Production, Through 2009 ($ Million)
Figure 11 Global Hfc-134a Production, 2002-2009 ($ Millions)
Chiral Drugs
Table 33 Global Consumption Of Asymmetric And Nano-Engineered Catalysts In The Pharmaceutical Industry, Through 2009 ($ Millions)
Figure 12 Global Consumption Of Asymmetric And Nano-Engineered Catalysts In The Pharmaceutical Industry, 2002-2009 ($ Millions)
Other Commercial Chemical/Pharmaceutical Applications
Table 34 Global Consumption Of Asymmetric And Nanoengineered Catalysts For Other Chemical/Pharmaceutical Applications, Through 2009 ($ Millions)
Food Processing
Table 35 Global Market For Commercial Nanocatalyst Applications In Food Processing, Through 2009 ($ Billions)
Figure 13 Global Enzyme Consumption In Food Processing, 2002-2009 ($ Billions)
Textiles
Table 36 Global Market For Commercial Nanocatalyst Applications In Textiles, Through 2009 ($ Billions)
Figure 14 Global Market For Enzymes Used In The Textile Industry, 2002-2009 ($ Billions)
Paper And Pulp
Table 37 Global Market For Commercial Nanocatalyst Applications In Pulp And Paper Production, Through 2009 ($ Billions)
Figure 15 Global Market For Enzymes Used In The Pulp And Paper Industry, 2002-2009 ($ Millions)
Polymer Manufacturing
Table 38 Global Market For Commercial Nanocatalyst Applications In Polymer Manufacturing, Through 2009 ($ Billions)
Metallocene Polymer Manufacturing
Table 39 Global Consumption Of Metallocene Polymers, Through-2009 (Billion Pounds)
Figure 16 Global Consumption Of Metallocene Polymers, 2002-2009 (Billion Pounds)
Table 40 Global Consumption Of Polymerization Catalysts, Through 2009 ($ Billions)
Figure 17 Global Consumption Of Polymerization Catalysts, 2002-2009 ($ Billions)
Energy
Table 41 Global Market For Commercial Nanocatalyst Applications In Fuel/Explosive Additives, Through 2009 ($ Billions)
Fuel/Explosive Additives
Figure 18 Global Market For Nanocatalyst Fuel/Explosive Additives, 2002-2009 ($ Millions)
Environmental Remediation
Table 42 Global Market For Commercial Nanocatalyst Applications In Environmental Remediation, Through 2009 ($ Billions)
Catalytic Converters
Table 43 Global Catalytic Converter Demand For Nanoparticles, 2002 ($ Million)
Figure 19 Global Demand* For Transition Metal Nanocatalysts In Catalytic Converter Applications, 2002-2009 ($ Millions)
Table 44 Global Catalytic Converter Market For New Nanosize Particles, Through 2009 ($ Million)
Miscellaneous Applications
Table 45 Global Market For Commercial Nanocatalyst Applications In Miscellaneous Applications, Through 2009 ($ Billion)
Photocatalytic Coatings
Figure 20 Global Market For Tio2 Nanoparticles In Photocatalytic Coatings, 2002-2009 ($ Billions)
Market By Launch-Phase Application
Table 46 Global Market For Launch-Phase Nanocatalyst Applications, Through 2009 ($ Billion)
Petroleum Refining/Petrochemicals
Table 47 Global Market For Launch-Phase Nanocatalyst Applications In Petroleum Refining And Petrochemicals, Through 2009 ($ Billion)
Heavy Oil Upgrading
Table 48 Global Heavy Oil Production, 2002-2009 (Million Barrels Per Day)
Figure 21 Global Heavy Oil Production, 2002-2009 (Million Barrels Per Day)
Coal Liquefaction
Energy Production
Table 49 Global Market For Launch-Phase Nanocatalyst Applications In Energy Production, Through 2008 ($ Billions)
Diesel Fuel Additives
Table 50 Global Diesel Fuel Consumption, Through 2009 (Million Tons)
Figure 22 Global Diesel Fuel Consumption, 2002-2009 (Million Tons)
Fuel Cell Catalysts
Table 51 Global Trends In Pem Fuel Cell Nanocatalyst Usage, 2000-2005 ($ Millions)
Table 52 Projected Global Market For Nanocatalysts Used In Pem Fuels Cells, Through 2009 ($ Billions)
Market By Developmental Application
Table 53 Global Market For Developmental Nanocatalyst Applications, Through 2008 ($ Billions)
Chemical/Pharmaceutical Manufacturing
Table 54 Global Market For Developmental Nanocatalyst Applications In Chemical/Pharmaceutical Manufacturing, Through 2008 ($ Billions)
Hydrogen Peroxide Production
Hydrogen Peroxide Production (Continued)
Figure 23 Global Hydrogen Peroxide Production, 2002-2009 ($ Billions)
Table 55 Projected Nanocatalyst Global Consumption In Hydrogen Peroxide Production, Through 2009 ($ Million)
Environmental Remediation
Table 56 Global Market For Developmental Nanocatalyst Applications In Environmental Remediation, Through 2009 ($ Billions)
Advanced Diesel Emission Control Equipment
Table 57 Projected U.S. Sales Of Diesel Cars And Light Trucks, Through 2009 (Billion Vehicles)
Figure 24 Projected U.S. Sales Of Diesel Cars And Light Trucks, 2002-2009 (Billion Vehicles)
Nanotechnology - Other Products
Table 58 Global Sales Of Carbon Nanotubes, Through 2009 ($ Billions)
Carbon Nanotube Production
Figure 25 Global Sales Of Carbon Nanotubes, 2002-2009 ($ Billion)
Table 59 Catalysts Consumed In Global Carbon Nanotube Production, Through 2009
Homeland Defense
Table 60 Global Market For Developmental Nanocatalyst Applications In Homeland Defense, Through 2009 ($ Billions)
Cbw Sensors
Nanocatalyst Market By Product Segment
Table 61 Global Nanocatalyst Market By Product Segment, Through 2009 ($ Billions)
Figure 26 Global Nanocatalyst Market Product Segmentation, 2003 And 2009 (Percent Of Total Nanocatalyst Sales) (%)
Comparison Of Nanocatalysts With Other Nanotechnology Markets
Figure 27 Nanocatalyst Share Of Global Nanotechnology Market, 2003 (%)
Established Versus Launch-Phase And Developmental Applications
Figure 28 Projected Growth Of Established Vs. Launch-Phase And Developmental Nanocatalyst Applications, 2002-2009 ($ Billions)
Table 62 Market For Established Vs. Launch-Phase And Developmental Nanocatalyst Applications, Through 2009 ($ Billion)
Overall Nanotechnology Sales
Figure 29 Sources Of Global Nanotechnology Market Growth, 2002-2008 ($ Billions)
Table 63 Projected Growth Of Established Vs. Launch-Phase And Developmental Nano Applications, Through 2008 ($ Billions)
Developments That Could Influence The Nanocatalyst Market
Economic Trends
Figure 30 Annual Growth Rate Of World Gdp, 2000-2008 (Percent)
Figure 30 (Continued)
Trends In Venture Capital And Other External Financing Sources
Venture Capital And Other Early-Stage Investors
Venture Capital And Other … (Continued)
Equity Markets
Share Price Trends
Figure 31 Nanocatalyst Share Price Trends, 2000 Through 2004 (1 = Closing Share Price As Of 1/1/2000*)
Figure 31 (Continued)
Figure 31 (Continued)
Government Research Grants And Contracts
Government Funding Of Nanotechnology Initiatives
United States
Figure 32 United States National Nanotechnology Initiative Funding, Fy 2001 Through 2004 ($ Millions)
Figure 33 Fy 2004 National Nanotechnology Initiative Funding Requested By Agency (Percent Of Total Nni Funding Request)
European Union
Japan
Other Countries
Environmental/Health/Safety Concerns
General Concerns About Nanotechnology
Specific Concerns About Nanocatalysts
Legal/Regulatory Aspects
Long-Term Market Prospects
Long-Term Market Prospects (Continued)
The Nanocatalyst Industry
Industry Size And Structure
Market Shares
Transition Metal Catalysts
Figure 34 Transition Catalyst Market Shares, 2002 (Percent Of Total Sales By Size Of Firm)
Figure 34 (Continued)
Zeolites
Figure 35 Zeolite Market Shares, 2002 (Percent Of Total Sales By Size Of Firm)
Figure 35 (Continued)
Enzymes
Figure 36 Enzyme Catalyst Market Shares, 2002 (Percent Of Total Sales By Size Of Firm)
Metallocene Catalysts
Figure 37 Metallocene Catalyst Global Market Shares, 2002 (Percent Of Total Sales By Size Of Firm)
Transition Metal Oxides
Figure 38 Transition Metal Oxide Nanocatalyst Global Market Shares, 2002 (Percent Of Total Sales By Size Of Firm)
Asymmetric Catalysts
Figure 39 Asymmetric Catalyst Global Market Shares, 2002 (Percent Of Total Sales By Size Of Firm)
Company Profiles
Ab Enzymes Gmbh
Akzo Nobel Catalysts Bv
Alcoa World Chemicals
Altair Nanotechnologies, Inc.
Table 64 Altair Nanotechnologies, Inc. Financial Performance 1998 Through 2002 ($ Millions)
Argonide Corp.
Basf Ag
Bayer Ag
Biocatalysts Ltd.
Boulder Scientific Co.
Catalytic Materials Llc
Catalytic Solutions, Inc
Degussa Ag
De Nora North America, Inc.
Diversa Corp.
Dow Chemical Co.
Engelhard Corp.
Genencor International
Table 65 Genencor International. Financial Performance 2000 Through 2002 ($ Millions)
Gds Technology
Headwaters Nanokinetix, Inc.
Hydrocarbon Technologies, Inc.
Hyperion Catalysis International
Ishihara Sangyo Kaisha, Ltd.
Johnson Matthey, Plc
Konarka Technologies, Inc.
Mach 1, Inc.
Millennium Chemicals, Inc.
Nanophase Technologies Corp.
Table 66 Nanophase Technologies Corp. Financial Performance, 1998-2002 ($ Millions)
Nanoscale Materials, Inc.
Nextech Materials, Ltd.
Norquay Technology, Inc.
Novozymes A/S
Figure 40 Novozymes 2003 Enzyme Sales, By Type Of Enzyme (%)
Om Group, Inc.
Oxonica, Ltd.
Pq Corp.
Rhodia Sa
Sachtleben Chemie Gmbh
Specialty Enzymes And Biochemicals Co.
Süd-Chemie Ag
Tayca Corp.
Technanogy, Inc.
Thermogen Inc.
Toto Ltd.
N.V. Umicore S.A.
Univation Technologies
X-Zyme Gmbh
Zeolyst International
AbstractThe global market for nanocatalysts is projected to approach $3.7 billion in 2004 and $5.0 billion in 2009, at an average annual growth rate (AAGR) of 6.3%; Commercially well-established nanocatalysts such as industrial enzymes, zeolites and transition metal nanocatalysts accounted for about 98% of global sales in 2003; Newer types, such as transition metal oxide, metallocene, asymmetric, carbon nanotube and others, are expected to more than triple their combined market share by 2009, to 6.8%; The refining/petrochemical sector was the largest user in 2003, with more than 38% of the market, followed by chemicals/pharmaceuticals, food processing, and environmental remediation; Here again, it is the smaller end-user segments whose consumption is growing the fastest.
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