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Lithium Batteries: Markets and Materials

BCC Research
October 1, 2009
442 Pages - SKU: WA2493270

Abstract Table of Contents Related Reports

REPORT HIGHLIGHTS

Overall sales in the lithium battery market were worth $9 billion in 2008, and decreased to $8.6 billion in 2009. By 2014, sales are projected to increase to $9.9 billion, for a 5-year compound annual growth rate (CAGR) of 2.8%.
The largest segment in the market, the secondary, was valued at $7.9 billion in 2008. This is expected to decrease to $7.5 billion in 2009, and is projected to reach more than $8.6 billion in 2014, for a 5-year CAGR of 2.9%.
Sales in the primary lithium battery segment were worth $1.1 billion in 2008, and were to remain flat in 2009. By 2014, they are projected to increase to $1.3 billion, for a 5-year CAGR of 2.7%.

CHAPTER ONE: INTRODUCTION: STUDY GOALS AND OBJECTIVES; REASONS FOR DOING THE STUDY; SCOPE OF THE REPORT; METHODOLOGY; INTENDED AUDIENCE; INFORMATION SOURCES; ANALYST CREDENTIALS; RELATED BCC REPORTS; BCC ONLINE SERVICES; DISCLAIMER
CHAPTER TWO: SUMMARY
CHAPTER THREE: LITHIUM BATTERY TECHNOLOGIES: LITHIUM BATTERY TECHNOLOGY BACKGROUND; PRIMARY LITHIUM BATTERIES; PRIMARY LITHIUM BATTERY SUMMARY; PRIMARY LITHIUM BATTERY COMPOSITIONS; PRIMARY LITHIUM BATTERY APPLICATIONS; PRIMARY LITHIUM BATTERY TYPES; Lithium-Carbon Monofluoride Batteries; Lithium-Copper Oxyphosphate Batteries; Lithium-Copper Oxide Batteries; Lithium-Iodine Batteries; Lithium-Iron Sulfide Batteries; Lithium-Manganese Dioxide Batteries; Lithium-Silver Vanadium Pentoxide Batteries; Lithium-Sulfur Dioxide Batteries; Lithium-Sulfuryl Chloride Batteries; Lithium-Thionyl Chloride Batteries; PRIMARY LITHIUM BATTERY COMPANIES; ACR Electronics; Applied Power, Inc.; Duracell International; EaglePicher Corp.; Ener1, Inc. (EnerDel); Energizer Holdings; GP Batteries (Gold Peak International); Greatbatch, Inc.; Medtronic, Inc.; MiniMax Energy Technology; Moltech Corp.; Panasonic (Matsushita Electric Industrial Co.); Panasonic (America); Panasonic Batteries; Rayovac Corp. (Spectrum Brands); SAFT (Johnson Controls- Saft-Advanced Power Solutions); Saft America, Inc.; Sanyo Electric Co., Ltd.; Sanyo Electric Co. USA; Sony Corp.; Sony (USA); Tadiran Batteries (SAFT); Ultralife Batteries, Inc.; Varta AG (Varta Batteries, Inc).; Varta Microbattery (USA); Yardney (Lithion, Ener-Tek); PRIMARY LITHIUM BATTERY MARKET SUMMARY; Primary Lithium Battery Market Fundamentals; Portable Product Primary Lithium Batteries; Medical Product Primary Lithium Batteries; Stationary Product Primary Lithium Batteries; Military/Aerospace Primary Lithium Batteries; Automotive/Motive Primary Lithium Batteries; BASIS FOR PRIMARY LITHIUM BATTERY MARKET PROJECTION; PRIMARY LITHIUM BATTERY MARKET PROJECTION; SECONDARY LITHIUM BATTERIES; SECONDARY LITHIUM BATTERY SUMMARY; SECONDARY LITHIUM BATTERY COMPOSITIONS; SECONDARY LITHIUM BATTERY TYPES; Lithium/Aluminum-Polymer Batteries; Lithium/Aluminum-Manganese Dioxide Batteries; Lithium/Aluminum-Vanadium Pentoxide Batteries; Lithium-Cobalt Oxide Batteries; Lithium-Copper Chloride Batteries; Lithium-Ion and Lithium-Ion Polymer Batteries; Lithium-Ion Compared to Lithium-Ion Polymer; Lithium-Ion as Smart Batteries; High-Temperature Lithium-Iron Sulfide Batteries; Rechargeable Lithium-Manganese Dioxide Batteries; Lithium-Molybdenum Disulfide Batteries; Lithium-Niobium Selenide Batteries; Rechargeable Lithium-Sulfur Dioxide Batteries; Lithium-Titanium Disulfide Batteries; Lithium-Titanium Disulfide Polymer Electrolyte Batteries; Lithium-Vanadium Oxide Polymer Electrolyte Batteries; Thin-Film Batteries; Rechargeable Lithium-Air Batteries; SECONDARY LITHIUM BATTERY COMPANIES; A123Systems; Advanced Battery Systems; Advanced Battery Technologies, Inc. (ABAT); Apple Computer, Inc.; Applied Power, Inc.; Arotech Corp. (Epsilor & Electric Fuel); Arthur D. Little, Inc.; Avestor (Hydro-Québec and Kerr McGee); BAE Systems; Battery Clinic, Inc.; Battery Technology, Inc. (BTI); Robert Bosch GmbH (SB LiMotive Co. Ltd); Bolloré Group; Boston-Power; Boundless Corp.; Bren-Tronics; BYD Batteries; Cadex; Cell-Con; China BAK Battery, Inc.; Cobasys (SB LiMotive Co. Ltd.); Continental Corporation; China Sun (Dalian Xinyang High-Tech Development Co.); Covalent Associates, Inc.; Cymbet Corp.; EaglePicher Corp.; EIC Laboratories; Electro Energy; Ener1, Inc. (EnerDel); Enerize Corp. (FiFe Batteries); FIFE Batteries Ltd.; Energizer Holdings; E-One Moli Energy; NEC; Evonik Industries AG; Excellatron Solid State; Farasis Energy; Fuji Photo Film Co., Ltd.; Furukawa Battery Co.; General Motors; GP Batteries (Gold Peak International); Greatbatch, Inc.; Harding Energy, Inc.; Hitachi Maxell Corp.; Honeywell Batteries; Hong Kong Highpower Technology; HYB Battery Co., Ltd. (Hua-Yue-Bao Battery); Huanyu Battery; Hymotion (A123Systems); IBM Corp.; Industrial Battery Engineering; Infinite Power Solutions; Innergy Power Corp. (Portable Energy Products, Inc.); International Battery; Johnson Controls (Johnson Controls-Saft Advanced Power Solutions); K2; Keystone Battery Corp.; Kokam America, Inc.; Lithium Power Technologies; Lithium Technology Corp. (LTC); GAIA Akkumulatorenwerke GmbH; MaxPower, Inc.; Medtronic, Inc.; Microchip Technology, Inc.; MiniMax Energy Technology; Mitsubishi International; Moltech Corp.; Multiplier Industries; Nanoexa; NEC Corp. (E-One Moli Energy); Nexergy (Promark Electronics, DC Battery Products, Tauber); Nissan Motor Co.; Oak Ridge Micro-Energy, Inc.; Panasonic (Matsushita Electric Industrial Co.); Panasonic (America); Panasonic Batteries; PolyPlus Battery Company; Quallion LLC; Rayovac Corp. (Spectrum Brands); Renata Batteries; Ricardo, Inc.; Saft (Johnson Controls-Saft Advanced Power Solutions); Saft America, Inc.; Sanyo Electric Co., Ltd.; Sanyo Electric Co. USA; SETO Holdings, Inc.; Sion Power; Sony Corp.; Sony (USA); SRI International; Toshiba; TIAX; Tracer Technologies; Ultralife Batteries, Inc.; Valence Technology, Inc.; Varta AG (Varta Batteries, Inc).; Varta Microbattery (USA); Yardney (Lithion, Ener-Tek); Yuasa, Inc. (GS Yuasa Corp., Yuasa Battery America, Inc., Yuasa-Exide); SECONDARY LITHIUM BATTERY MARKET SUMMARY; Secondary Lithium Battery Market Fundamentals And Basis For Forecast; Portable Product Secondary Lithium Batteries; Medical Product Secondary Lithium Batteries; Stationary Product Secondary Lithium Batteries; Military/Aerospace Secondary Lithium Batteries; Automotive/Motive Secondary Lithium Batteries; BASIS FOR SECONDARY LITHIUM BATTERY MARKET PROJECTION; SECONDARY LITHIUM BATTERY MARKET PROJECTION
CHAPTER FOUR: LITHIUM BATTERY MARKETS: LITHIUM BATTERY MARKET SUMMARY; LITHIUM BATTERY PORTABLE PRODUCT MARKETS; Portable Computing Product Market; Portable Computing Product Market Fundamentals and Basis for Market Projection; Portable Computing Product Market Projection; Portable Communications Product Market; Portable Communications Product Market Fundamentals and Basis for Market Projection; Portable Communications Product Market Projection; Portable Tool Markets; Portable Tool Market Fundamentals and Basis for Market Projection; Basis for Portable Tool Battery Market Projection; Other Portable Product Markets; Other Portable Product Market Fundamentals and Basis for Market Projection; Portable Toy and Novelty Product Market Fundamentals and Basis for Market Projection; Portable Entertainment Product Market Fundamentals and Basis for Market Projection; Portable Scientific Product Market Fundamentals and Basis for Market Projection; Digital Video and Still Camera Market Fundamentals and Basis for Market Projection; Portable Camera Product Market Drivers and Technology Factors; Other Portable Product Market Projections; LITHIUM BATTERY MEDICAL PRODUCTS MARKET SUMMARY; Medical Products Market Fundamentals and Basis for Market Projection; Medical Product Market Projection; LITHIUM BATTERY STATIONARY APPLICATION MARKET SUMMARY; Computer Memory Preservation Market Fundamentals and Basis for Market Projection; Computer Memory Preservation Market Projection; Uninterruptible Power Supply Market; Uninterruptible Power Supply Market Fundamentals and Basis for Market Projection; Uninterruptible Power Supply Market Projections; LITHIUM BATTERY MILITARY/AEROSPACE MARKET; Military/Aerospace Market Fundamentals and Basis for Market Projection; Portable Military Product Market Drivers and Technology Factors; Military Electric Vehicles Scenario; Battery-Powered Fighting Vehicle Scenario; Strategic Defense Initiative (SDI) Revival Scenario; Military/Aerospace Market Projections; LITHIUM BATTERY AUTOMOTIVE AND MOTIVE POWER MARKET SUMMARY; Industrial Electric Vehicles (Traction) Market; Industrial Electric Vehicles (Traction) Market Fundamentals and Basis for Market Projection; Industrial Electric Vehicles (Traction) Market Projections; Electric Vehicle, Plug-in and HEV Market; EV, PHEV and HEV Market Fundamentals and Basis for Market Projection; EV and HEV Market Projections; Automotive Market; Automotive Market Fundamentals and Basis for Market Projection; Automotive Market Projections
CHAPTER FIVE: LITHIUM BATTERY MATERIALS: LITHIUM BATTERY MATERIAL BACKGROUND; TYPES OF LITHIUM BATTERY MATERIALS; ELECTRODE MATERIALS AND ACTIVE ELEMENTS; Electrode Material and Active Element Background; Electrode Material and Active Element Companies; Acheson Colloids, Inc. (Henkel); Admiralty Resources; Advance NanoPower, Inc.; Air Products; Ajay SQM Group; Akzo Nobel; Alfa Aesar-Johnson Matthey Co.; Allan Chemical Corp.; Allchem Industries, Inc.; Altair Nanotechnologies, Inc.; American Lithium Minerals; Amber Synthetics (AmSyn); Applied Nanomaterials, Inc (ApNano); Advanced Research Chemicals (ARC); Arkema; Ashland Chemicals; Avalon Rare Metals; BASF Corp.; Baytubes (Bayer MaterialScience); Belmont Metals, Inc.; Bikita Minerals; Borchers France S.A.; Cabot Corp; Caledonia Mining Corp.; Cannon-Muskegon Corp.; CarboLex, Inc.; Chambishi Metals, plc; Chemetall Foote Corp. (Sociedad Chilena de Litio, Ltda., SCL); Chempro; Climax Molybdenum; Columbus Chemical Industries; Conoco; Corn. Van Loocke N.V.; Coyne Chemical; CTT; CVRD/Inco, Ltd.; Darton Commodities, Ltd.; Delta EMD; Dexmet Corp.; Dow Chemical Co.; Elementis Pigments-Durham; Eurotungstene Poudres S.A.; Ferro Corp.; FMC Corp.; Frontier Carbon Corp. (FCC); Fusite (Division of Emerson Electric Co.); GFS Chemicals, Inc.; Glencore International AG; GrafTech International; Hermetic Seal Technology, Inc.; Honjo Chemical Corp.; Hunan Xiangtan Electrochemical Group; Inco Special Products; International Cobalt Co., Inc.; ISE Corp.; Kennametal, Inc.; Lamart Corp.; LG Chemical; mPhase Technologies; Mays Chemical Co.; Materials and Electrochemical Research Corp (MER); Mitsui & Co., Ltd.; Mitsui Benelux; Nano-C, Inc.; Nanergy, Inc.; Nanocyl S.A.; Noah Technologies; Norilsk Nickel; Novolyte Technologies, Inc.; OM Group; Phostech Lithium; Pred Materials; Preminco, Ltd.; Prince Minerals (American Minerals, Inc.); QNI Pty, Ltd.; QuantumSphere; Raymor Industries, Inc.; Reade Advanced Materials; Sheperd Chemical Co.; Shu Powders, Ltd.; Sons of Gwalia; Spectrum Chemicals; SQM Minsal; Sheldahl Technical Materials; Showa Denko K.K. (SDK); H.C. Starck; Sumitomo Metal Mining Co., Ltd; Superlattice Power; TABLE 51 OPERATING VOLTAGE RANGE AND MAXIMUM CAPACITY COMPARISON; Superior Graphite Co.; Teck (Teck Cominco, Ltd.); Thomas Swan & Co., Ltd.; Timcall Graphite & Carbon; Todini and Co. SPA; Toray; Toxco, Inc. (Lithchem International); Tronox; U.S. Nanocorp; U.S. Vanadium Corp. (Stratcor); Ube Industries; Unidym (Arrowhead Research Corp.); Wego Chemical & Mineral; Wogen Resources, Ltd.; Xiamen Tungsten Co., Ltd.; Xstrata Nickel (Falconbridge); LITHIUM METAL AND COMPOUNDS; LITHIUM MINERS AND PROCESSORS; Lithium Brine Sources; Lithium Hardrock Sources; Lithium Compound Companies; LITHIUM APPLICATIONS, PRODUCTION, AND CONSUMPTION; LITHIUM PRICES; COPPER COMPOUNDS; NICKEL AND IRON METAL AND COMPOUNDS; Nickel Metal and Compounds; Iron Compounds (Lithium Iron Phosphate); ELECTROLYTIC MANGANESE DIOXIDE COMPOUNDS; Manganese Dioxide Companies; Manganese Dioxide Developments and Constraints; COBALT COMPOUNDS; Cobalt Companies; Cobalt Consumption Patterns; Cobalt Prices; ALUMINUM METAL COMPOUNDS; SULFUR COMPOUNDS; VANADIUM COMPOUNDS; RARE EARTH COMPOUNDS; INORGANIC CARBON; FULLERENES; CONDUCTIVE POLYMERS; HALOGENS; Iodine Compounds; Bromine Compounds; Chlorine Compounds; LITHIUM BATTERY ELECTROLYTES; LITHIUM BATTERY ELECTROLYTE COMPANIES; LITHIUM BATTERY SEPARATORS; LITHIUM BATTERY SEPARATOR COMPANIES; Amerace Microporous Products; Asahi Kasei; Bekaert (Advanced Refractory Technologies); Celgard, LLC; Dexmet Corp.; Entek Membranes; ExxonMobil (Tonen Chemical Affiliate); W. L. Gore & Associates, Inc.; Hollingsworth and Vose Co.; Lynntech, Inc.; Nippon Kodoshi Corp. (NKK); Pall Corp.; SK Energy Corp.; TFP, Inc.; Ube Industries; LITHIUM BATTERY MATERIALS MARKET SUMMARY
CHAPTER SIX: INDUSTRY STRUCTURE AND COMPETITIVE ASPECTS: THE DRIVING FORCES OF THE INDUSTRY; TREND ANALYSIS; DRIVING FORCE 1: LITHIUM BATTERY AND BATTERY MATERIAL PATENT SITUATION; Patent Disputes; University of Texas, Hydro Quebec, and NTT, and Others; 3M, Sony, and Lenovo; 3M and Panasonic; DRIVING FORCE 2: IMPROVING BATTERY TECHNICAL MATURITY; DRIVING FORCE 3: DEVELOPING NEW APPLICATIONS FOR LITHIUM BATTERIES; DRIVING FORCE 4: EVOLVING TRANSPORTATION APPLICATIONS - EVS TO HEVS TO PLUG-INS; Pollution Abatement; Electric Utility Efficiency; Promotion of Domestic Energy Sources; Maintaining Technological Competitiveness; Obama Administration Incentives; DRIVING FORCE 5: PUBLIC SECTOR R&D; Ames National Laboratory; Argonne National Laboratory; Arizona State University; Battelle Memorial Institute; Brookhaven National Laboratory; California Institute of Technology; California Nanosystems Institute; Center for Nanoscale Science (CNS); Clark University; Ecole Polytechnique Fédérale De Lausanne; Florida State University; Georgia Institute Of Technology, Polymer Research Center; Hunter College; Idaho National Engineering Laboratory; Iowa State University, Ames Laboratory; John Hopkins University, Applied Physics Laboratory; Kyoto University; Kyushu University; Laboratoire d‘Electrochimie Organique Et De Photochimie Redox; Lawrence Berkeley National Laboratory; Lawrence Livermore National Laboratory; Los Alamos National Laboratory; Massachusetts Institute of Technology; Massachusetts … (Continued); Max Planck Institut Für Festkorperforschung; Michigan State University; National Nanotechnology Initiative; National … (Continued); National Aeronautics and Space Administration (NASA); NASA Jet Propulsion Lab; National Renewable Energy Laboratory (NREL); North Carolina Center For Nanoscale Materials (NCCNM); North Carolina State University; Northwestern University; Oak Ridge National Laboratory; Ohio State University; Oregon State University; Penn State University; Pennsylvania State University, Center For Advanced Materials; Purdue University Birck Nanotechnology Center; Polytechnic University; Princeton University; Rensselaer Polytechnic Institute (RPI); Rice University; Rochester Institute of Technology; Rutgers, The State University of New Jersey; Sandia National Laboratory; Simon Fraser University; Sophia University; Stanford University; State University of New York (SUNY); University of Kentucky; Università La Sapienza; University of Oklahoma Carbon Nanotubes Technology Center (CaNTeC); Universität Tübingen Institut Für Organische Chemie; University of California, Institute for Polymers and Organic Solids; University of Chicago; University of Colorado; University of Dayton Research Institute; University of Durham; University of Illinois; University of Kentucky; University of Massachusetts; University of Minnesota; University of Missouri; University of Nevada at Las Vegas; University of New Mexico; University of New South Wales; University of North Carolina; University of Pennsylvania; University of Rhode Island; University of Southern California; University of St. Andrews; University of Texas; University of Tokyo; USCAR; Waseda University, Department of Chemistry, School of Science and Engineering; DRIVING FORCE 6: BATTERY QUALITY CONTROL & PRODUCT SAFETY; The Manufacturing and Assembly Process; Product Safety Issues; Alternative Designs; Lithium Battery Patents that Address Battery Safety; Battery Pack; Secondary Battery with Protective Circuit; Battery Capacity Calculating Method; System and Method for Efficiently Implementing a Battery Controller for an Electronic Device; Material Safety Issues; MARKET SEGMENTATION AND INDUSTRY CONCENTRATION FACTORS; MARKET CONCENTRATION FACTORS; MARKET SEGMENTATION FACTORS; Mining; Processing/Refining; Chemical Synthesis; Compounding; Recycling; INDUSTRY ENVIRONMENT AND TRADE PRACTICES; LITHIUM BATTERIES AS PART OF THE OVERALL GLOBAL BATTERY MARKET; DISTRIBUTION CHANNELS; INDUSTRY PURCHASING INFLUENCES; LITHIUM BATTERY PURCHASING INFLUENCE SIGNIFICANCE; LITHIUM BATTERY PURCHASING INFLUENCES; LITHIUM BATTERY MATERIAL PURCHASING INFLUENCES; How Significant Are Material Prices?
LIST OF TABLES: SUMMARY TABLE GLOBAL MARKET FORECAST FOR LITHIUM BATTERY SALES, THROUGH 2014 ($ MILLIONS); TABLE 1 PRIMARY LITHIUM BATTERY TYPES; TABLE 2 PRIMARY LITHIUM BATTERY COMPOSITIONS; TABLE 3 CONSUMER PRIMARY LITHIUM BATTERY APPLICATIONS; TABLE 4 INDUSTRIAL PRIMARY LITHIUM BATTERY APPLICATIONS; TABLE 5 MILITARY/AEROSPACE PRIMARY LITHIUM BATTERY APPLICATIONS; TABLE 6 PRIMARY LITHIUM BATTERY COMPANIES; TABLE 7 PRIMARY LITHIUM MARKET SUMMARY; TABLE 8 GLOBAL PRIMARY LITHIUM BATTERY VOLUME AND VALUE, 2008; TABLE 9 PROJECTED GLOBAL PRIMARY LITHIUM BATTERY VALUE BY TYPE, THROUGH 2014 ($ MILLIONS); TABLE 10 PROJECTED GLOBAL PRIMARY LITHIUM BATTERY VALUE BY TECHNOLOGY, THROUGH 2014 ($ MILLIONS); TABLE 11 SECONDARY LITHIUM BATTERY TYPES; TABLE 12 SECONDARY LITHIUM BATTERY COMPOSITIONS; TABLE 13 SMART BATTERY SYSTEM (SBS) STAKEHOLDERS; TABLE 14 HIGH-TEMPERATURE LITHIUM-IRON SULFIDE BATTERY R&D; TABLE 15 THIN-FILM MICRO-BATTERY COMPANIES; TABLE 16 SECONDARY LITHIUM BATTERY COMPANIES; TABLE 17 A123 BATTERY COMPARED TO OTHER HIGH-CAPACITY BATTERY SYSTEMS; TABLE 18 A123 BATTERY PULSE DURATION AND POWER DENSITY; TABLE 19 COMPARISON BETWEEN CONVENTIONAL BATTERY AND NEXELION; TABLE 20 SCIB SPECIFICATIONS; TABLE 21 SECONDARY LITHIUM MARKET SUMMARY; TABLE 22 2008 SECONDARY GLOBAL LITHIUM BATTERY VOLUME AND VALUE (MILLIONS); TABLE 23 GLOBAL PROJECTED SECONDARY LITHIUM BATTERY VALUE BY TYPE, THROUGH 2014 ($ MILLIONS); TABLE 24 GLOBAL PROJECTED SECONDARY LITHIUM BATTERY VALUE BY TECHNOLOGY, 2004-2014 ($ MILLIONS); TABLE 25 LITHIUM BATTERY MARKET SECTORS; TABLE 26 PORTABLE COMPUTER DRIVING FORCES AND MARKET DEVELOPMENTS; TABLE 27 GLOBAL MARKET FORECAST FOR PORTABLE COMPUTING LITHIUM BATTERIES BY TYPE, THROUGH 2018 ($ MILLIONS); TABLE 28 PORTABLE COMMUNICATIONS PRODUCT DRIVING FORCES AND MARKET DEVELOPMENTS; TABLE 29 GLOBAL MARKET FORECAST FOR PORTABLE COMMUNICATIONS LITHIUM BATTERIES BY TYPE, THROUGH 2014 ($ MILLIONS); TABLE 30 PORTABLE TOOL PRODUCT DRIVING FORCES AND MARKET DEVELOPMENTS; TABLE 31 GLOBAL MARKET FORECAST FOR PORTABLE TOOL LITHIUM BATTERIES BY TYPE, THROUGH 2014 ($ MILLIONS); TABLE 32 PORTABLE TOY AND NOVELTY DRIVING FORCES AND MARKET DEVELOPMENTS; TABLE 33 PORTABLE ENTERTAINMENT DRIVING FORCES AND MARKET DEVELOPMENTS; TABLE 34 PORTABLE SCIENTIFIC PRODUCT DRIVING FORCES AND MARKET DEVELOPMENTS; TABLE 35 DIGITAL VIDEO AND STILL CAMERA DRIVING FORCES AND MARKET DEVELOPMENTS; TABLE 36 GLOBAL MARKET FORECAST FOR OTHER PORTABLE PRODUCT LITHIUM BATTERIES BY TYPE THROUGH 2014 ($ MILLIONS); TABLE 37 PORTABLE MEDICAL PRODUCT DRIVING FORCES AND MARKET DEVELOPMENTS; TABLE 38 GLOBAL MARKET FORECAST FOR MEDICAL LITHIUM BATTERIES BY TYPE THROUGH 2014 ($ MILLIONS); TABLE 39 PROJECTED GLOBAL COMPUTER MEMORY PRESERVATION LITHIUM BATTERY VALUE BY TYPE, THROUGH 2014 ($ MILLIONS); TABLE 40 PROJECTED GLOBAL UPS LITHIUM BATTERY VALUE BY TYPE THROUGH 2014 ($ MILLIONS); TABLE 41 SELECTED PORTABLE BATTERY-POWERED MILITARY PRODUCT ROLES; TABLE 42 PORTABLE MILITARY PRODUCT DRIVING FORCES AND MARKET DEVELOPMENTS; TABLE 43 GLOBAL MARKET FORECAST FOR MILITARY & AEROSPACE LITHIUM BATTERIES BY TYPE, THROUGH 2014 ($ MILLIONS); TABLE 44 GLOBAL MARKET FORECAST FOR INDUSTRIAL EV LITHIUM BATTERIES BY TYPE, THROUGH 2014 ($ MILLIONS); TABLE 45 MARKET FORECAST FOR GLOBAL EV AND HEV LITHIUM BATTERIES BY TYPE, THROUGH 2014 ($ MILLIONS); TABLE 46 MARKET FORECAST FOR GLOBAL AUTOMOTIVE LITHIUM BATTERIES BY TYPE, THROUGH 2014 ($ MILLIONS); TABLE 47 LITHIUM BATTERY CATHODE MATERIALS; TABLE 48 LITHIUM BATTERY ELECTROLYTE MATERIALS; TABLE 49 LITHIUM BATTERY SEPARATOR MATERIALS; TABLE 50 LITHIUM BATTERY ELECTRODE MATERIAL COMPANIES; TABLE 51 OPERATING VOLTAGE RANGE AND MAXIMUM CAPACITY COMPARISON; TABLE 52 LITHIUM MINERALS AND BRINE: ESTIMATED WORLD PRODUCTION BY COUNTRY, 2002-2007 (METRIC TONS)1, 2; TABLE 53 LITHIUM BRINE PROCESSORS; TABLE 54 LITHIUM COMPOUND COMPANIES; TABLE 55 U.S. LITHIUM CONSUMPTION, 1994-2006 (METRIC TONS OF CONTAINED LITHIUM); TABLE 56 GLOBAL LITHIUM MARKETS (%); TABLE 57 MANGANESE DIOXIDE COMPANIES; TABLE 58 COBALT COMPOUND COMPANIES; TABLE 59 GLOBAL COBALT MARKETS; TABLE 60 U.S. COBALT CONSUMPTION, 1994-2008 (MT OF COBALT CONTENT); TABLE 61 HISTORIC GLOBAL COBALT PRICES, 1991-2009 ($/LB); TABLE 62 VANADIUM COMPOUND COMPANIES; TABLE 63 CARBON COMPOUND COMPANIES; TABLE 64 FULLERENE COMPANIES; TABLE 65 CONDUCTIVE POLYMER BATTERY ENERGY DENSITIES; TABLE 66 HALOGEN BATTERY APPLICATIONS; TABLE 67 HALOGEN COMPOUND COMPANIES; TABLE 68 LITHIUM CONTAINING BATTERY ELECTROLYTE MATERIALS; TABLE 69 LITHIUM BATTERY ELECTROLYTE MATERIAL COMPANIES; TABLE 70 BATTERY SEPARATOR COMPANIES; TABLE 71 PROJECTED GLOBAL PRIMARY LITHIUM BATTERY ACTIVE ELEMENT VALUE, THROUGH 2014 ($ MILLIONS); TABLE 72 PROJECTED GLOBAL PRIMARY LITHIUM BATTERY ELECTROLYTE VALUE, THROUGH 2014 ($ MILLIONS); TABLE 73 PROJECTED GLOBAL PRIMARY LITHIUM BATTERY SEPARATOR VALUE, THROUGH 2014 ($ MILLIONS); TABLE 74 PROJECTED SECONDARY LITHIUM BATTERY ACTIVE ELEMENT VALUE, THROUGH 2014 ($ MILLIONS); TABLE 75 PROJECTED GLOBAL SECONDARY LITHIUM BATTERY ELECTROLYTE VALUE, THROUGH 2014 ($ MILLIONS); TABLE 76 PROJECTED GLOBAL SECONDARY LITHIUM BATTERY SEPARATOR VALUE, THROUGH 2014 ($ MILLIONS); TABLE 77 PROJECTED GLOBAL LITHIUM BATTERY MATERIALS VALUE BY TYPE, THROUGH 2014 ($ MILLIONS); TABLE 78 BATTERY MARKET (END USE) TREND; TABLE 79 ANNUAL GREENHOUSE GAS EMISSIONS REDUCTIONS FROM PHEVS, 2005; TABLE 80 PEAK NEW VEHICLE MARKET SHARE FOR THE THREE PHEV ADOPTION SCENARIOS, 2050 (%); TABLE 81 ELECTRIC VEHICLE BATTERY MANUFACTURING INITIATIVE WINNERS; TABLE 82 NATIONAL NANOFABRICATION INFRASTRUCTURE NETWORK; TABLE 83 GENERIC BATTERY MANUFACTURING TREE; TABLE 84 TYPICAL C60 MSDS DATA; TABLE 85 LITHIUM BATTERY CONCENTRATION FACTORS; TABLE 86 LITHIUM BATTERY MARKET SEGMENTATION AND MARKET FORCES; TABLE 87 TOTAL BATTERY MARKET, THROUGH 2014 ($ MILLIONS); TABLE 88 LITHIUM BATTERY DISTRIBUTION CHANNELS; TABLE 89 TYPICAL RETAIL LITHIUM BATTERY PRICES, 1996-2009 ($)
LIST OF FIGURES: SUMMARY FIGURE GLOBAL MARKET FORECAST FOR LITHIUM BATTERY SALES, 2004-2014 ($ MILLIONS); FIGURE 1 PROJECTED GLOBAL PRIMARY LITHIUM BATTERY VALUE BY TYPE, 2004-2014 ($ MILLIONS); FIGURE 2 GLOBAL PROJECTED SECONDARY LITHIUM BATTERY VALUE BY TYPE, 2004-2014 ($ MILLIONS); FIGURE 3 PROJECTED GLOBAL LITHIUM BATTERY MATERIALS VALUE BY TYPE, 2004-2014 ($ MILLIONS)

Lithium Batteries: Markets and Materials

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