 13/7/2010 -
Two-phase flow measurement system for polymer electrolyte fuel cells
In this paper, a sensory system capable of measuring two-phase flow of water at the PEFC output is introduced.
|
 3/3/2010 -
Transition to a commercial fuel cell vehicle market in California
For a decade, the members of the California Fuel Cell Partnership have been working together to successfully navigate the early stages of fuel cell vehicle and hydrogen station deployments. As of June 2009, CaFCP members have placed more than 300 fuel cell passenger vehicles and transit buses, and 26 hydrogen stations, into California communities.
|
 17/2/2010 -
Fuel Cells and Hydrogen within the Energy Generation and Supply KTN
On the 22 October 2009, Energy Generation and Supply KTN launched an online survey aimed at identifying areas where the KTN could add greatest value to the fuel cell and hydrogen community in the UK.
|
 3/2/2010 -
Contribution of fuel cell systems to CO2 emission reduction in their application fields
Fuel cells (FCs) and their hybrid systems can play a key role in reducing carbon dioxide (CO2) emissions. The present paper analyzes the contributions of the FC system to CO2 emission reduction in three application fields.
|
 6/1/2010 -
Awakening the sleeping tiger: Stationary fuel cells in India
Recent fuel cell industry attention has been focused on India, a market for
which the biggest single industry order to date was announced recently by Acme
Tele Power, Ballard and IdaTech.
|
26/10/2009 -
Polymeric membranes for the hydrogen economy: Contemporary approaches and prospects for the future
Driven by the concerns over the dwindling supplies of petroleum and the dire consequences of global warming, the emergence of a hydrogen economy appears inevitable. Such development will require the advancement of separation technologies with significantly improved energy and cost efficiencies. Membrane technology is the ideal choice for hydrogen purification due to its lower power usage and costs, simplicity in operation, as well as compactness and portability.
|
14/7/2009 -
Industrial emergy evaluation for hydrogen production systems from biomass and natural gas
Fossil fuel resources are the main source for hydrogen production, and hydrogen production by renewable
energy, such as biomass, is under development. To compare the performance in natural resource utilization
for different hydrogen production systems, in this paper, two laboratorial hydrogen production
systems from biomass and one industrial hydrogen production system from natural gas are analyzed
by using industrial emergy evaluation indices.
|