Customer Logins

Obtain the data you need to make the most informed decisions by accessing our extensive portfolio of information, analytics, and expertise. Sign in to the product or service center of your choice.

Customer Logins

My Logins

All Customer Logins

Fuel Cells for Vehicles and Power

Process Economics Program Report 243

View Report for existing customers Go to Customer Login for existing customers
Learn more about Fuel Cells for Vehicles and Power
Contact Sales
Contact Sales +1 844 301 7334

Published December 2001

Fuel cells are an efficient and flexible power source. The technology is advancing rapidly for both vehicle and power applications. Unlike conventional fossil fuel power sources, fuel cells are capable of generating electrical power from a fuel stream and an oxidant stream without producing substantial amounts of undesirably environmental pollutants such as sulfur oxides, nitrogen oxides, and carbon monoxide. Most major auto manufacturers are deeply involved in technology development, typically in partnership with fuel cell and energy companies, and plan to launch fuel-cell powered vehicles as early as 2002. Breakthroughs are being announced in critical need areas such as compact and reliable fuel processors. The biggest question � and potential barrier to widespread use of fuel cell vehicles � remains the feedstock choice. Any fuel other than gasoline will require a new global infrastructure. Continued cost reduction for the fuel processing as well as the fuel cell modules is the key driver for economic viability for vehicles. Stationary power generation by fuel cells may be somewhat ahead of vehicle use due to more attractive economics, particularly in the niche market for moderate size power generation units.

This report has examined the current state of development for both vehicle use and stationary power generation in small (500KW to 10MW) fuel cell systems may soon be competitive in the distributed power market, aimed at customers that are dependent on reliable power supply, such as hospital, manufacturing plants and server farms.

The commercial viability of fuel cell systems will depend on the ability to efficiently and cleanly convert conventional hydrocarbon fuel sources to a hydrogen rich gas stream. The most advanced systems, and those potentially closest to commercialization are based on development of gasoline fueled polymer electrolyte membrane fuel cells for automotive applications, and development of natural gas based solid oxide fuel cells for stationary power generation.

Other PEP Related Reports:

  • Direct Methanol Fuel Cells 243A
Find the chemical market research you need
CONTACT AN EXPERT

Products & Solutions from related industries

Chemical Image

Chemical Process Economics Program PEP

Chemical Image

On-Purpose Acetic Acid – Chemical production and investment cost

Chemical Image

On Purpose Linear Alpha Olefin Processes – Chemical production and investment cost

Chemical Image

Polyols for Polyurethanes – Chemical production and investment cost

Chemical Image

ABS Resins– Chemical production and investment cost Published 1966

Chemical Image

ABS Resins– Chemical production and investment cost Published 1972

Chemical Image

ABS Resin– Chemical production and investment cost Published 1980

Chemical Image

Acetal Resins – Chemical production and investment cost

Chemical Image

Acetaldehyde – Chemical production and investment cost

Chemical Image

Acetal Resins – Chemical production and investment cost

Chemical Image

Acetal Resins – Chemical production and investment cost

Chemical Image

Acetal Resins – Chemical production and investment cost

Chemical Image

Acetal Resins – Chemical production and investment cost

Chemical Image

Acetic Acid and Acetic Anhydride – Chemical production and investment cost

Chemical Image

Acetic Acid and Acetic Anhydride – Chemical production and investment cost

Chemical Image

Acetone Methyl Ethyl Ketone MEK and Methyl Isobutyl Ketone

Chemical Image

Acetylene – Chemical production and investment cost

Chemical Image

Acetylene – Chemical production and investment cost

{"items" : [ {"name":"share","enabled":true,"desc":"<strong>Share</strong>","mobdesc":"Share","options":[ {"name":"facebook","url":"https://www.facebook.com/sharer.php?u=http%3a%2f%2fqa.www.spglobal.com%2fcommodityinsights%2fen%2fci%2fproducts%2fchemical-technology-pep-fuel-cells-for-vehicles-and-power-2001.html","enabled":true},{"name":"twitter","url":"https://twitter.com/intent/tweet?url=http%3a%2f%2fqa.www.spglobal.com%2fcommodityinsights%2fen%2fci%2fproducts%2fchemical-technology-pep-fuel-cells-for-vehicles-and-power-2001.html&text=Fuel+Cells+for+Vehicles+and+Power+%e2%80%93+Chemical+production+and+investment+cost+%7c+S%26P+Global","enabled":true},{"name":"linkedin","url":"https://www.linkedin.com/sharing/share-offsite/?url=http%3a%2f%2fqa.www.spglobal.com%2fcommodityinsights%2fen%2fci%2fproducts%2fchemical-technology-pep-fuel-cells-for-vehicles-and-power-2001.html","enabled":true},{"name":"email","url":"?subject=Fuel Cells for Vehicles and Power – Chemical production and investment cost | S&P Global&body=http%3a%2f%2fqa.www.spglobal.com%2fcommodityinsights%2fen%2fci%2fproducts%2fchemical-technology-pep-fuel-cells-for-vehicles-and-power-2001.html","enabled":true},{"name":"whatsapp","url":"https://api.whatsapp.com/send?text=Fuel+Cells+for+Vehicles+and+Power+%e2%80%93+Chemical+production+and+investment+cost+%7c+S%26P+Global http%3a%2f%2fqa.www.spglobal.com%2fcommodityinsights%2fen%2fci%2fproducts%2fchemical-technology-pep-fuel-cells-for-vehicles-and-power-2001.html","enabled":true}]}, {"name":"rtt","enabled":true,"mobdesc":"Top"} ]}
Filter Sort