Ethanol to power the future of hydrogen fuel cells

March 29, 2004

Palo Alto, Calif. - March 29, 2004 - Hydrogen fuel cell technology's potentially strong future as a fuel for automobiles and various other applications is likely to be weakened by issues regarding its availability and the expenses involved in storage. Bio-based products such as ethanol are expected to open up new areas for research.

Hydrogen fuel cells reduce pollution by emitting water vapor in place of carbon dioxide. However the prevalent method of producing hydrogen from hydrocarbons, though economical, creates pollutants at the manufacturing site.

"Biomass material-based fuel cells are a better solution than power fuel cells since hydrogen is expensive and dangerous to handle," notes Technical Insights Analyst Al Hester. "More research should be devoted to ethanol since it is environmentally friendly and based on renewable resources."

Conversion of biomass materials such as ethanol into hydrogen is a more cost-efficient method to power fuel cells. Researchers believe that inter-metallic compounds could be used beneficially in fuel cell electrodes to oxidize ethanol. These materials are not alloys but have ordered structures wherein atoms are very specifically arranged.

Electrolysis of water using hydroelectric or nuclear, wind, or solar power also produces hydrogen. However, in the present economic condition, these methods may not prove to be cost effective.

The need for cheaper and more efficient means to power fuel cells has resulted in investment in extensive research. The U.S. Department of Energy (DOE), for instance, awarded Cornell University $2.25 million over three years, to devote research efforts to cells based on other fuels, including ethanol.

Research should also be extended to resolve technical problems so that systems that can handle the explosive gas are developed. Safety is a non-issue while considering ethanol in fuel cells. The challenge will be to reduce the cost of producing ethanol from corn and increase tax advantages in order to enable it to compete with fossil fuels.

"Current production processes, such as partial combustion of natural gas or electrolysis of water require cheap fossil fuels or electrical power," notes Hester. "In such a scenario, light-induced biological hydrogen production is a potentially cost-effective system."

This process uses enzyme systems present in photosynthetic bacteria, cyanobacteria, and green algae such as Chlamydomonas reinhardt. However, there is a need to detect microorganisms that are immune to oxygen and that would prove to be good alternatives to produce hydrogen commercially.

Researchers at the National Renewable Energy Laboratory have developed a sensor that detects hydrogen-producing microorganisms through a screening process. The system uses a sensitive film that changes color at a point where the organism being tested indicates hydrogen presence.
New analysis by Technical Insights, a business unit of Frost & Sullivan (, featured in the Industrial Bioprocessing Alert, provides a detailed assessment of recent developments and the use of bio-based products in the fuel cell technology. Copies of the Alert and interviews are available to the press.

For a free copy of Technical Insights' Industrial Bioprocessing Alert, please contact Julia Paulson at with the following information:

Full name, Company Name, Title, Contact Tel Number, Contact Fax Number, Email. Upon receipt of the above information, a free copy of Industrial Bioprocessing Alert will be sent to you.

Technical Insights is an international technology analysis business that produces a variety of technical news alerts, newsletters, and reports.

Frost & Sullivan, an international growth consultancy, has been supporting clients' expansion for more than four decades. Our market expertise covers a broad spectrum of industries, while our portfolio of advisory competencies includes custom strategic consulting, market intelligence, and management training. Our mission is to forge partnerships with our clients' management teams to deliver market insights and to create value and drive growth through innovative approaches. Frost & Sullivan's network of consultants, industry experts, corporate trainers, and support staff spans the globe with offices in every major country.

Industrial Bioprocessing Alert


Julia Paulson
P: 210-247-3870
F: 210-348-1003

Katja Feick
P: 44-207-915-7856
F: 44-207-730-3343

Asia Pacific:
Pramila Gurtoo
DID: 603-6204-5811
Gen: 603-6204-5800
Fax: 603-6201-7402

Keywords in this release: Ethanol, hydrogen, fuel cells, hydrogen fuel cells, carbon dioxide, water vapor, hydrocarbon, pollutants, biomass, cost efficient, renewable resource, inter-metallic compounds, oxidize, electrode, electrolysis, hydroelectric, nuclear, solar, wind power, U.S., Department of Energy, DOE, Cornell University, Caterpillar Inc, Nuvera Fuel Cells Inc, Williams Bio-Energy, Williams' Visitor Center, fossil fuels, natural gas, partial combustion, light-induced, biological, enzyme, algae, Chlamydomonas Reinhardt, photosynthetic bacteria, microorganisms, oxygen, National Renewable Energy Laboratory, screening, film, Hydrogen Fuel Initiative, biomass

Technical Insights

Related Hydrogen Articles from Brightsurf:

Solar hydrogen: let's consider the stability of photoelectrodes
As part of an international collaboration, a team at the HZB has examined the corrosion processes of high-quality BiVO4 photoelectrodes using different state-of-the-art characterisation methods.

Hydrogen vehicles might soon become the global norm
Roughly one billion cars and trucks zoom about the world's roadways.

Hydrogen economy with mass production of high-purity hydrogen from ammonia
The Korea Institute of Science and Technology (KIST) has made an announcement about the technology to extract high-purity hydrogen from ammonia and generate electric power in conjunction with a fuel cell developed by a team led by Young Suk Jo and Chang Won Yoon from the Center for Hydrogen and Fuel Cell Research.

Superconductivity: It's hydrogen's fault
Last summer, it was discovered that there are promising superconductors in a special class of materials, the so-called nickelates.

Hydrogen energy at the root of life
A team of international researchers in Germany, France and Japan is making progress on answering the question of the origin of life.

Hydrogen alarm for remote hydrogen leak detection
Tomsk Polytechnic University jointly with the University of Chemistry and Technology of Prague proposed new sensors based on widely available optical fiber to ensure accurate detection of hydrogen molecules in the air.

Preparing for the hydrogen economy
In a world first, University of Sydney researchers have found evidence of how hydrogen causes embrittlement of steels.

Hydrogen boride nanosheets: A promising material for hydrogen carrier
Researchers at Tokyo Institute of Technology, University of Tsukuba, and colleagues in Japan report a promising hydrogen carrier in the form of hydrogen boride nanosheets.

World's fastest hydrogen sensor could pave the way for clean hydrogen energy
Hydrogen is a clean and renewable energy carrier that can power vehicles, with water as the only emission.

Chemical hydrogen storage system
Hydrogen is a highly attractive, but also highly explosive energy carrier, which requires safe, lightweight and cheap storage as well as transportation systems.

Read More: Hydrogen News and Hydrogen Current Events is a participant in the Amazon Services LLC Associates Program, an affiliate advertising program designed to provide a means for sites to earn advertising fees by advertising and linking to