Fuel Cells- Power Source for Future Generations of Industrial Healthcare and Transportation Applications (Technical Insights)

 

Regular Price: USD 3,950

Special Price USD 2,765

30% OFF

* Required Fields

Regular Price: USD 3,950

Special Price USD 2,765

PAY BY INVOICE

Be the first to review this product

Analysis of new developments and markets relating to Fuel Cell Technologies

Table of Contents

Fuel Cells- Power Source for Future Generations of Industrial Healthcare and Transportation Applications (Technical Insights), Executive SummaryIntroduction and HighlightsIntroductionHighlights of this StudyStudy Scope and MethodologyStudy ScopeMethodologyFuel Cells- Power Source for Future Generations of Industrial Healthcare and Transportation Applications (Technical Insights), Assessment of Fuel Cell TechnologiesTypes of Fuel CellsAlkaline Fuel CellsPhosphoric Acid Fuel CellsProton Exchange Membrane Fuel CellsMolten Carbonate Fuel CellsSolid Oxide Fuel CellsDirect Methanol Fuel CellsZinc Air Fuel CellsRegenerative or Reversible Fuel CellsFuel Cell ApplicationsMicro Fuel CellsPortable Fuel CellsStationary Fuel CellsTransportation Fuel CellsTechnical Drivers and ChallengesDriversChallengesCost and Special Equipment Needed To Implement Fuel Cell TechnologyCostsEquipmentHydrogen StorageCompeting TechnologiesBatteriesInternal Combustion Engine PhotovoltaicsElectric Converters and Micro-turbinesFuel Cells- Power Source for Future Generations of Industrial Healthcare and Transportation Applications (Technical Insights), General Marketplace Impact AnalysisMarket Drivers and ChallengesMarket DriversMarket ChallengesOverall Market ForecastFuel Cells in the FutureSmall is Big!Venture Capital FundingGeneral Trends in FundingSome Funded Projects and Programs in EuropeFunding EnergySINERGY in SingaporeDecision Support StatisticsGlobal Power and Energy Statistics; Growth in Electricity Demand; Net Electricity Consumption; Worldwide Power Industry StructuresGlobal Energy Sector Statistics; Electricity Generation by Coal; Crude Oil ProductionFuel Cells- Power Source for Future Generations of Industrial Healthcare and Transportation Applications (Technical Insights), Fuel Cells in Consumer ElectronicsOverviewIntroductionFuture TrendsDrivers and Challenges DriversChallengesWorldwide DevelopmentsDimethyl Fuel Cells at Penn StateMEMS Fuel Cell--Lawrence Livermore National LaboratoryAlcohol-Powered Fuel Cells--Saint Louis University in MissouriMini Fuel Cells for Camcorders and Laptops from Fraunhofer in GermanyCase Western Reserve University's Miniature Fuel CellCasio's Fuel-Cell Powered Notebook PCSamsung's Fuel Cell-Powered Cell PhonesToshiba's Fuel-Cell-Powered PDAMicro Fuel Cells Make Tiny Power PlantFuel Cells- Power Source for Future Generations of Industrial Healthcare and Transportation Applications (Technical Insights), Fuel Cells in the Energy SectorOverviewIntroductionFuture TrendsDrivers and Challenges DriversChallengesInteresting Worldwide DevelopmentsFuel Cells at Nanyang Technological University; SingaporeMitsubishi's Small Fuel Cell for Residential ApplicationsFuel Cells Powered by Liquid Diesel at the University of PennsylvaniaHydrogen from SunlightA Perfect Electrolyte from CaltechFuel Cells from India in AntarcticaFuel Cells To Get Low-Cost Hydrogen GeneratorNanoparticles Added for Better Polymer MembranesMCFCs in GermanyFuel Cells- Power Source for Future Generations of Industrial Healthcare and Transportation Applications (Technical Insights), Fuel Cells in HealthcareOverviewIntroductionImplantable Fuel CellsDrivers and ChallengesDriversChallengesSome Interesting Worldwide Developments in Implantable Fuel CellsBio-Fuel Cells of UC-BerkeleyMicrofluidic Fuel Cells at Brown University in North AmericaA Bio-Fuel Cell from the University of Texas at AustinBio-Fuel Cell at the Hebrew UniversityBraunschweig and Jerusalem Team Up To Power Bio-sensors with Bio-Fuel CellsFuel Cells- Power Source for Future Generations of Industrial Healthcare and Transportation Applications (Technical Insights), Fuel Cells in the Transportation SectorOverviewIntroductionFuture TrendsDrivers and ChallengesDriversChallengesInteresting World-wide DevelopmentsCompressed Hydrogen Storage for FCVs - JHU/APLGeneral Motors and Fuel CellsThe Ford Motor Company and Fuel CellsAlcohol-Sensitive Fuel Cells--Texas Christian UniversityDaimlerChrysler Fuel CellsEurope's BMW and Fuel CellsKorea: Hyundai and Fuel CellsJapan: Toyota and Fuel CellsJapan: Nissan Motors and Fuel CellsJapan: Honda and Fuel CellsHelios: Fuel-Cell-Powered AirplaneGas Stations To Supply Fuel to Hydrogen-Powered Cars in the UKFuel Cells- Power Source for Future Generations of Industrial Healthcare and Transportation Applications (Technical Insights), Advances in Materials Used in Fuel CellsCatalystsVanderbilt University Develops High-Performance Nanocomposites for Fuel CellsSingapore Develops Platinum-Based Fuel-Cell Catalysts on MWNTsCerium-Oxide Catalysts from Tufts UniversityUniversity of Wisconsin Produces Hydrogen Using a Metal CatalystElectrolytesNanohorns from NECCornell University Develops Flexible and Strong CeramicCerium-Oxide Ceramic Electrolytes from NexTechSilicon-Based Fuel Cells from Neah Power SystemsMembranesResearch Triangle Institute: A Membrane that Prefers Bigger MoleculesBetter Polymer Membranes from the North Carolina State UniversityOther Developments in MaterialsUniversity of Michigan De-Sulfurizes Gasoline for Fuel CellsChina Hong Kong and Canada Design Oligomers TogetherYttria-Stabilized Tetragonal Zirconia CeramicsSolar Associates Uses Magnetron Sputtering for NonmetalsPacific Northwest National Lab at Battelle Joins Silicon Carbide CeramicsFuel Cells- Power Source for Future Generations of Industrial Healthcare and Transportation Applications (Technical Insights), Developments in Fuel Storage WorldwideIn LaboratoriesIn a Microporous Metal-Organic Framework Material; University of MichiganMulti-Walled Carbon Nanotubes; SingaporeOrdered Rigid Arrays of Nonporous Carbon - Korea and JapanStoring Liquid Hydrogen--Shandong University in ChinaStoring Hydrogen in Fullerenes--University of KyotoSnapshot of Companies and their Work in Fuel StorageDynetek Industries--CanadaEnergy Conversion Devices - MichiganHydrogen Components--ColoradoVarmaraf ehf--IcelandFuel Cells- Power Source for Future Generations of Industrial Healthcare and Transportation Applications (Technical Insights), Patents; Contacts; Glossary; BibliographyPatentsNorth American CompaniesEuropean CompaniesAsian CompaniesContactsUniversitiesLaboratories and Research InstitutionsGlossaryAcronymnsDefinitionsBibliographyFuel Cells in TransportationStationary Fuel CellsFuel Cells- Power Source for Future Generations of Industrial Healthcare and Transportation Applications (Technical Insights), Technical Insights' AwardsTechnology Leadership AwardIntroductionAward RecipientTechnology Innovation AwardIntroductionAward Recipient




Why Frost & Sullivan

Working with the CEO’s growth team to create a vision based on a transformation growth strategy

Creating content-based digital marketing strategies that leverage our research perspective to differentiate and “tell your story”

Tracking over 1000 emerging technologies and analyzing the impact by industry and application to reveal the companies to watch in each sector

The Frost & Sullivan team is based in our 45 global offices and have developed a powerful global understandings of how industries operate on a global level.