Carbon free travel – the hydrogen and fuel cell solution August 16, 2012 Introduction The 14th August 2012 saw the announcement that a fleet of 10 hydrogen buses will operate in Aberdeen. The buses produce water vapour

Source URL: www.carbondiagnostics.co.uk

• Hydrogen technologies
• Sustainability
• Emerging technologies
• Green vehicles
• Hydrogen vehicle
• Fuel cell
• Hydrogen
• Low-carbon economy
• Hybrid vehicle
• Hydrogen economy
• Energy
• Technology

PDF Document

Source URL: www.mssanz.org.au

• Emerging technologies
• Hydrogen economy
• Hydrogen technologies
• Green vehicles
• Fuel gas
• Hydrogen vehicle
• Natural gas
• Fuel cell
• Energy development
• Energy
• Technology
• Sustainability

Energy Efficiency Survey Aboard USS Princeton CG-59 Based on surveys aboard during 11–15 December 2000 and 29 January–2 February 2001 Amory B. Lovins, CEO (Research), Project Director ()

Source URL: www.nps.edu

• Energy policy
• Energy conservation
• Renewable energy commercialization
• Rocky Mountain Institute
• Amory Lovins
• Brittle Power
• Fuel cell
• Energy conversion efficiency
• Energy
• Sustainability
• Energy conversion

All Aboard the Transport of our Dreams A variety of highly innovative, high energy-efficient transport systems are currently under development in Japan. Takashi Sasaki introduces three such transport systems whose

Source URL: dwl.gov-online.go.jp

• Ground effect train
• Nippon Yusen
• Fuel cell
• Public transport
• Energy conservation
• Technology
• Energy
• Transport

SMARTER SOLUTIONS FOR A CLEAN ENERGY FUTURE HydroPlus™ Fuel HydroPlus™ fuel is a mixture of methanol and de-ionized water (62% methanol by weight), is used to power Ballard’s ElectraGenTM - ME fuel cell systems. H

Source URL: www.ballard.com

• Technology
• Hydrogen economy
• Alcohols
• Emerging technologies
• Green vehicles
• Fuel cell
• Hydrogen vehicle
• Methanol
• Ballard Power Systems
• Energy
• Chemistry
• Hydrogen technologies

ITS-Davis e-news: Issue 24, July 2005

Source URL: www.its.ucdavis.edu

• Sustainability
• California Fuel Cell Partnership
• Hydrogen vehicle
• University of California
• Davis
• California Hydrogen Highway
• Andrew A. Frank
• Institute of Transportation Studies
• Hydrogen highway
• Fuel cell vehicle
• Hydrogen economy
• Energy
• Technology

We are constantly developing next-generation MFC designs in an effort to increase power, while at the same time examining materials that will provide an affordable design. Our next generation MFCs will be modular and sca

Source URL: www.research.psu.edu

• Chemistry
• Hydrogen technologies
• Hydrogen production
• Electric power
• Biofuels
• Microbial fuel cell
• Proton exchange membrane
• Cathode
• Hydrogen
• Energy
• Fuel cells
• Sustainability

IV.B.5 System Design, Analysis, Modeling, and Media Engineering Properties for Hydrogen Energy Storage (A) System Weight and Volume Matthew Thornton (Primary Contact), Jeff Gonder, Aaron Brooker, and Jonathon Cosgrove

Source URL: www.hydrogen.energy.gov

• Hydrogen technologies
• Sustainability
• Emerging technologies
• Green vehicles
• United States Department of Energy National Laboratories
• Hydrogen storage
• Hydrogen vehicle
• National Renewable Energy Laboratory
• Fuel cell vehicle
• Energy
• Technology
• Hydrogen economy

IX.1 Direct Methanol Fuel Cell Material Handling Equipment Demonstration Todd Ramsden (Primary Contact), Mike Ulsh, Jen Kurtz, Sam Sprik, Huyen Dinh, Chris Ainscough National Renewable Energy LaboratoryDenver W

Source URL: www.hydrogen.energy.gov

• Technology
• Hydrogen technologies
• Hydrogen economy
• Membrane technology
• Biofuels
• Direct methanol fuel cell
• Proton exchange membrane fuel cell
• Hydrogen vehicle
• Methanol
• Energy
• Sustainability
• Fuel cells

○学会等講演（論文）発表 論 文 名 A Decline in Fuel Cell Performance Resulting from Fuel Containing Impurities -5th

Source URL: www.ntsel.go.jp