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[Report]

World Advances in Microfuel Cell Technology

Published: 2005/03

Contact 24 hrs/day
Description

Table of Contents

  • 1. Executive Summary
    • 1. Scope and Methodology
      • 1. Scope
      • 2. Methodology
    • 2. Key Findings
      • 1. Emerging Technologies and Applications
      • 2. Competing Technologies and Market Factors
  • 2. Technology and Applications View Point: Microfuel Cells
    • 1. Direct Methanol Fuel Cell (DMFC) Technologies
      • 1. Overview of DMFC Technologies
      • 2. An Active Smart Fuel Cell Technology
      • 3. Silicon-Based DMFC Technology
      • 4. High-Concentration Methanol DMFC Technology
      • 5. New Passive-DMFC Technology
      • 6. Nanomaterial-Based DMFC Technology
      • 7. Titanium Separator-Based DMFC Technology
      • 8. High-Density; Nanosize; PEM-Based DMFC Technology
      • 9. Key Component Manufacturers for DMFC and Associated Technologies
    • 2. Formic Acid Fuel Cell Technology
      • 1. Overview of Formic Acid Fuel Cells
      • 2. An Innovative Fuel Cell Technology
    • 3. Reformed Methanol to Hydrogen Fuel Cells (RHFC) Technology
      • 1. Overview of RHFC Technologies
      • 2. Key Technologies in RHFC
    • 4. Direct Borohydride Fuel Cells (DBFC) Technology
      • 1. Overview of DBFC Technology
      • 2. Key Companies in the Direct Borohydride Fuel Cells Sector
    • 5. Biofuel Cell Technology
      • 1. Overview of Biofuel Cell Technologies
      • 2. Description of Microbial Fuel Cell Technologies
      • 3. Description of Enzymatic Fuel Cell Technologies
      • 4. Companies in the Biofuel Cells Sector
    • 6. Technology Impact Analysis of Microfuel Cells
      • 1. Applications for Microfuel Cells
      • 2. Technology Roadmap for Microfuel Cell Technologies
      • 3. Evolution of Microfuel Cell Applications
  • 3. Microfuel Cell Technology Adoption and Commercialization
    • 1. Analysis of Technology Challenges
      • 1. General Technology Challenges for Microfuel Cells
      • 2. Specific Technology Challenges for Microfuel Cells
    • 2. Analysis of Technology Drivers for Microfuel Cells
      • 1. General Technology Drivers for Microfuel Cells
      • 2. Specific Technology Drivers for Microfuel Cells
    • 3. Analysis of Competing Technologies
      • 1. Competing Battery Technologies
      • 2. Advantages of Competing Technologies
      • 3. Challenges for Competing Technologies
    • 4. Analysis of Drivers and Restraints for Different Applications
      • 1. Microfuel Cells - Drivers
      • 2. Microfuel Cells - Challenges
    • 5. Factors Influencing the Microfuel Cells Market
      • 1. Funding Scenario
      • 2. Regulatory Standards
  • 4. Assessment of Research and Innovation in Microfuel Cells
    • 1. Research Initiatives in Direct Methanol Fuel Cell Technologies
      • 1. Platinum Black Catalysts and Membrane Optimization--US
      • 2. Alternatives to Expensive Noble Catalysts--US
      • 3. Bi-Liquid Capillary Siphon Based Fuel Delivery--US
      • 4. Silicon-Based Micro Direct Methanol Fuel Cell--US
      • 5. Novel Membranes for Direct Methanol Fuel Cells--Hong Kong
      • 6. Sulfonated Polyethersulfone Cardo Membranes for DMFCs--China
      • 7. Nanostructured Conducting Polymers for DMFCs--Switzerland
      • 8. Heterogenous Ion Exchange Membranes--Czechoslovakia
    • 2. Research Initiatives in Biofuel Cell Technologies
      • 1. Noncompartmentalized Glucose-Oxygen Biofuel Cell by Bioengineered Electrode Surfaces--Israel
      • 2. Alcohol-Oxygen Biofuel Cells With Modified Nafion Membrane--US
      • 3. Immobilize Dehydrogenase Enzymes in Nafion-Modified Membranes--US
      • 4. An Electroswitchable and Tunable Biofuel Cell--Israel
      • 5. Conducting Polymer Modified Electrode--South Korea
      • 6. Design and Characterization of Redox Enzyme Electrodes--US
      • 7. Glucose-Air Enzymatic Biofuel Cell--US
      • 8. Biofuel Cells Select for Self-mediating Microbial Consortia--Belgium
      • 9. Enzyme Electrodes for Fuel Cells-- UK
      • 10. Nanostructured Biofuel Cell--US
      • 11. A Versatile Material for Biofuel Cell Development
      • 12. Sulfur Cycle in Sensors--US
    • 3. Research Initiatives in DBFCs
      • 1. Alkaline Direct Borohydride Fuel Cells--India
      • 2. Direct Borohydride Liquid Fuel Cells--South Korea
  • 5. Patents and Key Contacts
    • 1. Patents on Microfuel Cell Technologies
      • 1. Patents on Direct Methanol Fuel Cell Technology
      • 2. Patent Applications on Biofuel Cells
    • 2. Database of Key Industry Participants
      • 1. Corporate Contacts
      • 2. University Contacts
  • 6. Frost & Sullivan 2005 Science and Technology Awards
    • 1. Technology Innovation in DMFC Category
      • 1. Award Description
      • 2. Award Recipient
    • 2. Technology Innovation in Hybrid Microfuel Cell Category
      • 1. Award Description
      • 2. Award Recipient
    • 3. Technology Leadership
      • 1. Award Description
      • 2. Award Recipient
  • 7. Critical Reference Tables
    • 1. Decision Support Database
      • 1. Portable PC Installed Base
      • 2. Laptop Installed Base
      • 3. Database on Mobile Subscribers
      • 4. Military Expenditure for Equipment
      • 5. Military Expenditure on R&D
Description

[Report]
World Advances in Microfuel Cell Technology
Published: 2005/03
Published by : Technical Insights, Inc. Technical Insights, Inc.

Price:
US $ 5,050.00 Hard Copy & Web Access (Regional License)
US $ 4,550.00 Web Access (Regional License)
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Product Code : TI29479
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