Honda expects to lease several dozen
FCX Clarity models per year in the U.S. and Japan to reach the total of
about 200 units in the first three years. Since its Tokyo concept debut,
Honda has received requests from more than 50,000 individuals who have
indicated their interest in receiving further updates about the vehicle
and about being considered as future customers of Honda fuel cell
technology. ...Based on respondents' residential location, the list of
potential customers has been narrowed to approximately 500 people living
in very close proximity to publicly-accessible hydrogen fueling stations,
including planned or existing stations in Santa Monica, Torrance and
Irvine.
more
Burns is stepping up the call for
the energy industry and government to start implementing a fuel
distribution system. ...Without this investment, the U.S. will get left
behind.
"It's now a question of collective
will.
Do we have the collective resolve to work together to solve the challenges
we face rather than handing them off to future generations?"
Larry Burns, GM VP for R&D
GM Calls For Hydrogen Fueling
Stations For Cars Dow Jones April 2, 2008
"The excitement of this car to me
is that it demonstrates what we’re capable of, and it inspires me to keep
advocating for a more sustainable way of life." Academy Award Nominee Edward Norton
BMW today announced that highly
respected film actor and renewable energy advocate Edward Norton is the
latest person to receive keys to a BMW Hydrogen 7 - the first
hydrogen-powered luxury sedan.
"Driving in the H7 is like being in
a time machine - a full size luxury time machine... with power windows.
And in the future people are smart; they pump water instead of gas!" Jason Bateman, star of
Arrested Development
Jason Bateman Receives BMW Hydrogen 7 Kyle Hepp
Green Daily
March 18, 2008
The hydrogen-powered Lifecar, based
on the design of the Morgan Aero-8 roadster, produces little noise and
only water vapour from its exhaust. The lightweight model packs advanced
fuel cells and an energy storage system that gives the car a range of 250
miles (400km) per tank of hydrogen.
"We are calling upon governments world wide, not just
the UK and the US, to assist our businesses by building hydrogen filling
stations in key cities so that drivers can fill up their cars more easily.
As a first step, existing filling stations could add renewable energy
pumps alongside other fuel pumps." Richard Branson, Chairman, Virgin Airlines
Branson Calls for
Hydrogen Stations MSN (UK)
March 3, 2008 The Virgin chairman
also appealed to governments world wide to build hydrogen garages. His
call came as Virgin announced in New York that it was teaming with car
giant General Motors to offer zero-emissions hydrogen fuel cars as part of
Virgin's limo service for first class passengers.
GM: Going Electric
Hydrogen is still in the game
Automotive Design & Production
February 2008
Whereas the Equinoxes are using GM's
fourth-generation fuel cell, the Provoq has the fifth.
There are two 10,000 psi hydrogen storage tanks that provide 13.2 lb. of
hydrogen, which when mixed with oxygen in the fuel cell stack located
under the hood, generate up to 88 kW of continuous power. There is also a
lithium-ion battery pack that can store a total of 9 kWh of electrical
energy and provide a peak of 60 kW of power. The electricity is used to
power a 70-kW coaxial drive system for the front wheels and individual
40-kW wheel hub motors on each of the rear wheels. The 0 to 60 mph time is
said to be 8.5 seconds. The E-Flex system in the Provoq has an expected
range of 300 miles per H2 fill up, with 280 miles coming from the stored
hydrogen and 20 miles from the stored battery electric energy.
Weighing in at a modest 2,750 pounds,
the ecoVoyager doesn't have a problem performing like the cars we know and
love, either. 0-60 is dispatched in 8.8 seconds, and Chrysler's claiming a
12.9 second quarter mile, which we find astounding to the point of
disbelief.
More than just a random rendering,
one can see Chevy's direction with eco-cars in some very clear
side-by-side trends when compared with the original Chevy Volt.
It packs a pair of 10,000-psi
hydrogen tanks, which feed a fuel-cell stack under the hood, which in turn
produces enough juice (up to 88kW of continuous power) to charge a
lithium-ion battery pack and spin both a 70 kW co-axial electric drive
system at the front wheels and two 40 kW in-wheel motors at the rear.
Kia SUV Runs Cleanly and Quietly Graeme Fletcher
National Post (Canada)
November 30, 2007
Kia builds about 30 Sportage Fuel
Cells a year, some of which have been participating in real-world tests in
California and Michigan since 2004. ...The fuel cell is the way of
the future, as it produces absolutely no pollution -- no noxious nitrogen
oxides, no greenhouse gases and no noise pollution.
Honda still won't say with any
clarity how many Claritys it plans to offer at $600-a-month leases in
Southern California next summer, which lends ammunition to those who
accuse the carmaker of grandstanding for PR purposes. But Honda did say it
plans to build this car in Tochigi, the location of the small-volume plant
that gave us the Insight, S2000 and NSX. And the "production" FCX Clarity
we drove recently in Southern California meets all FMVSS regulations for
crash testing and other government standards and will be manufactured on
an assembly line just like anything else Honda makes. So it's a finished
product.
I was expecting to have to make all
sorts of allowances for it being the first pre-production version of the
FCX Clarity, albeit in steel rather than the FCX Concept's carbon-fibre
body. In the end, however, I didn't have to make any allowances, I just
got in and drove it away. It was so convincing that I went home and tried
to put my name on the list to get one. But I couldn't. In the five days
since the car made its debut at the LA Auto Show, so many people had
visited the FCX Clarity site to sign up for one of the 100 or so cars that
will be available next summer, it had crashed under the load. That, I
think, tells us all we need to know about its future popularity.
HONDA: FCX Clarity
Honda
A limited number of FCX Clarity vehicles will be
available for lease only in the Torrance, Santa Monica and Irvine areas
in mid-2008. The lease amount will be around $600 per month for three
years and it includes maintenance and collision insurance. As
hydrogen-supply infrastructure expands, Honda will make more of these
remarkable cars available to the public.
A recent 2,300-mile trek in a Toyota
Fuel Cell Hybrid Vehicle from Fairbanks to Vancouver along the Alaska
Highway confirmed substantial progress in reliability and durability,
cold-weather operation and extended range capability of Toyota's hybrid
fuel cell system. “It was a grueling trip, but it proved to be just what
we wanted,” said Craig Scott, manager of advanced technologies for Toyota
Motor Co. in Los Angeles. Scott says there were no issues at all on the
trip.
more
The Michelin Hy-light 2 uses a SolviCore Membrane Electrode Assembly
"We are convinced of the urgency to
propose solutions for a future clean mobility and the fuel cell will
contribute for sure to this effort. The work engaged with SolviCore in the
domain of MEA aims to achieve high performing, reliable solutions for use
in the fuel cells. We plan to do significant progress in combining the
know-how of both our companies," Michelin’s Pierre Varenne said.
The first phase of the project began
in 2002, and three fuel cell buses manufactured by Daimler Chrysler
started running in Beijing last June. Shen Yiyang, the UNDP official in
charge of the project, told Interfax that the UNDP will invest $5.6
million in the second phase of the project. According to Shen, around $4
million will be invested in purchasing three to six buses for Shanghai.
...As Shanghai
currently has just one fueling station, the three new buses will all run
in Anting International Motown for the time being. A second hydrogen
fueling station, to be built in the Shanghai World Expo Park, is being
planned. To ensure a green World Expo, which will take place in 2010, no
traditional vehicles will be allowed to enter the World Expo Park, which
places fuel cell vehicles in a good position. Shanghai plans to have 10
fuel cell cars, 40 mid-sized fuel cell buses and over 10 full-sized fuel
cell buses on the road by the time of the Expo.
more
The Mayor of London,
Ken Livingstone, today announced that ten new hydrogen powered buses will
join London's bus fleet by 2010. When operational on London's streets, the
hydrogen fuel cell-powered vehicles will produce no pollution or carbon
dioxide, a major contributor to global warming, and will help improve the
capital's air quality.
Transport for London has signed a contract with ISE - an
American company with a record of delivering hydrogen buses - for five
hydrogen fuel cell buses and five hydrogen internal combustion engine
buses. This is one of the world's first commercial contracts for hydrogen
buses. The vehicles will be operated by First on behalf of Transport for
London.
In February 2006, the Mayor announced the London Hydrogen
Transport programme, which aims to introduce 70 new hydrogen vehicles into
London - ten of these vehicles will be buses. Transport is responsible for
22 per cent of London's emissions, and the Mayor's Climate Change Action
plan sets a target for annual reductions. Hydrogen vehicles are clean and
efficient, and it is expected that the ten hydrogen hybrid buses will
produce substantially fewer emissions of CO2 and other harmful air
pollutants than a conventional diesel bus.
Ken Livingstone, said: "Hydrogen is a fuel of the future as
it improves air quality and does not produce the harmful emissions which
are causing catastrophic climate change. These ten new hydrogen vehicles
will be clean and efficient, providing a smoother, quieter ride for
passengers.
"London is now the first city in Europe to commit to a
hydrogen bus fleet of this size, which will match traditional diesel buses
in terms of performance. This represents a huge step forward from the
previous hydrogen trials in the capital and is an important step towards
my target of having five per cent of all public sector fleet vehicles
powered by hydrogen by 2015."
The contract signed with ISE is for £9.65 million. This
covers not only the initial cost of the vehicles themselves but also the
specialist maintenance and replacement parts over a five year period after
delivery. The Department for Business Enterprise & Regulatory Reform has
provided a grant of £2.6 million towards Transport for London's hydrogen
bus programme.
Malcolm Wicks, Minister of State for Energy: "This is a very
exciting development and a serious step towards the long-term aim of
reducing emissions from road transport. The Government has backed the
Mayor’s scheme with £2.6m as part of a wider package of support for UK
hydrogen and fuel cell projects. This again underlines our commitment to
do what we can to tackle climate change."
Mike Weston, Operations Director for London Buses, said: "The
Mayor and Transport for London are committed to tackling climate change
through cutting London's contribution to CO2 and other emissions. Hydrogen
technology is still being developed and we are paying a premium for these
early models. However, we firmly believe this is a worthwhile investment
in developing clean, green technology, and we expect costs to reduce over
time."
More than 100 Chevrolet Equinox Fuel
Cell electric vehicles will be deployed by General Motors in the streets
of Los Angeles, New York City and Washington, DC, in the largest market
test of fuel cell vehicles of its kind. The deployment plan dubbed
‘Project Driveway’ will give a variety of drivers — from regular families
to celebrities — free use of an Equinox Fuel Cell electric vehicle and the
hydrogen fuel it needs to make electricity onboard. The average family
will get one of the vehicles for three months and be required to report
their experience to Chevrolet.
more
AUTO REVIEW: 2008 Chevrolet Equinox Ron Amadon
Marketwatch November 10, 2007 It is both quick and quiet since it is an
electric vehicle with a lot fewer moving parts than the traditional
internal combustion-powered truck. Many times driving round the city all
you heard was the ventilation fan running, and we did not have it
cranked up that much. ...Out on the highway, acceleration was better
than we expected, despite the extra 500 pounds the Equinox carried
around from the hydrogen equipment. The folks who know say it will go
from zero to 60 in about 12 seconds.
GM Shares Up on Hydrogen Vehicle Outlook Houston Chronicle (TX) June 15, 2007
Shares of General Motors Corp. rose for a
third day after the automaker said it could have hydrogen-powered cars on the
road in the next five or six years. ...The hydrogen vehicle prediction came
along with GM's announcement that it moved 500 fuel cell engineers and
scientists from the laboratory side of the company into the chain of command
that actually produces cars.
Daimler has long believed
hydrogen will be the fuel of the future, and today it joined Ford in
making a $228 million bet that it will be right. The two automakers have
launched a new company, Automotive Fuel Cell Cooperation, by buying a
majority stake in Ballard Power Systems' automotive fuel cell division.
Quantum Ships Eleven Extended-Range Hydrogen
Hybrid Vehicles to Norway’s Hydrogen Highway Quantum Fuel Systems Technologies
Worldwide March 29,
2007
The Norwegian government, industry
participants, and the organizations participating in a joint effort called HyNor
plan on creating a “Hydrogen Highway” between the capital, Oslo, and western
Norway's port of Stavanger. The Norwegian HyNor plan calls for five refueling
stations along the main highway from Oslo to Stavanger, the center of the
national petroleum industry that makes Norway the world's third largest oil
exporter, after Saudi Arabia and Russia. By 2009, HyNor plans to have enough
fueling stations along the 580-kilometer (360 mile) route to allow
hydrogen-powered vehicles to routinely make the trip. The ultimate goal is to
extend the hydrogen infrastructure network through much of Scandinavia under the
Scandinavian Hydrogen Highway Partnership, a joint organization formed by HyNor,
Sweden's HyFuture, and Denmark's Hydrogen Link.
The Hydrogen Hybrid package for the Prius includes Quantum’s
electronic multi-point hydrogen injection system, turbocharger and intercooler,
Quantum’s compressed hydrogen fuel storage module and hydrogen fuel delivery
system, and Federal Motor Vehicle Safety Standards (FMVSS) crashworthy design
and validation. The eleven vehicles in this shipment were equipped with an
extended range package, which was engineered by Quantum to provide additional
hydrogen storage capacity and a resulting 30 percent increase in vehicle driving
range between refueling. In addition to performing in specified starting
conditions and meeting certain drivability specifications, these vehicles were
designed to meet European safety standards, including the successful completion
of crash testing to verify the safety of the converted vehicles.
Daimler has long believed
hydrogen will be the fuel of the future, and today it joined Ford in
making a $228 million bet that it will be right. The two automakers have
launched a new company, Automotive Fuel Cell Cooperation, by buying a
majority stake in Ballard Power Systems' automotive fuel cell division.
The Honourable John Baird, Minister of
the Environment, on behalf of the Honourable Gary Lunn, Minister of
Natural Resources, and Pierre Gauthier, Air Liquide Director, Hydrogen
Energy, North America, presided over the official opening of the first
permanent hydrogen fuelling station in Ottawa as part of the
"Hydrogen on the Hill" project launched last year.
The new station's first customers will be three
hydrogen-powered buses operated by the Senate of Canada.
"These buses have racked up more than 6,000 trouble-free
kilometres over the past year. They're proving that hydrogen is not just a
clean alternative - it's also a realistic alternative," said Minister
Baird. "Our government is leading by example with initiatives such as
Hydrogen on the Hill. This is another demonstration of our government's
commitment to achieving tangible results for the reduction of greenhouse
gases and air pollution that we set out in our Turning the Corner Plan."
The new station, at the Natural Resources Canada Booth Street
campus in Ottawa, is the fifth permanent hydrogen fuelling station in
Ontario and the tenth currently operating in Canada. Natural Resources
Canada, through the Canadian Transportation Fuel Cell Alliance, and Air
Liquide Canada each contributed $800,000 toward the $1.6-million station.
"As we work toward the transition to a renewable hydrogen
economy, Air Liquide Canada is delighted to see the next step in this
project become a reality," said Luc Doyon, President and COO of Air
Liquide Canada. "Our partnership with government and industry to educate
the public about hydrogen as an alternative energy source to fossil fuels
is an example of our joint commitment to sustainable development."
Hydrogen on the Hill is part of a nation-wide project led by
Industry Canada and Ford of Canada. The project is managed by Advanced
Technologies and Fuels Canada (ATFCAN) and is assessing the environmental
benefits and commercial feasibility of using hydrogen as a transportation
fuel. Ford has deployed a total of ten shuttle buses across Canada powered
by hydrogen internal combustion engines (H2ICE). The H2ICEs produce 75
percent less nitrogen oxide - the major ingredient in smog - no CO2
emissions and almost no other air pollutants. In addition to Ottawa, the
hydrogen-powered buses will be running in Vancouver, Prince Edward Island
and Toronto.
While still in its
preliminary stages, McGuinty said the hydrogen train is exactly the type
of initiative envisioned when the government created the $650-million Next
Generation Jobs Fund which the Liberals have pledged to expand by another
$500 million after the Oct. 10 provincial election.
Ford Motor Company made history
today by reaching 207.279 mph with the Ford Fusion Hydrogen 999, the
world’s first production-based hydrogen fuel cell race car. The Ford
Fusion Hydrogen 999 is Ford’s latest environmental innovation, another
step on the road toward commercially viable hydrogen fuel cell vehicles.
The car was designed and built by Ford engineers in collaboration with
Ohio State University, Ballard Power Systems and Roush.
WENDOVER, Utah, August 16 – Ford Motor Company
[NYSE: F] today became the world’s first automaker to set a land speed
record for a production-based fuel cell powered car. The Ford Fusion
Hydrogren 999 fuel cell car raced to 207.297 mph at the Bonneville Salt
Flats in Wendover, Utah to set the record.
The Ford "999" is the world’s first and only production
vehicle-based fuel cell race car. It was built in collaboration with
Ballard Power Systems, Roush and Ohio State University and is one of two
vehicles demonstrating the potential of fuel cell technology. Ford
researchers also are supporting student engineers from Ohio State
University on its Buckeye Bullet 2, a streamliner-type fuel cell-powered
racer attempting 300+ mph.
“What we’ve accomplished is nothing short of an industry
first,” said Gerhard Schmidt, vice president, Research & Advanced
Engineering for Ford Motor Company. “No other automaker in the world has
come close. We are excited to have accomplished something never before
done. We established this project to advance fuel-cell-powered vehicles
and to do what has never been done before; and we did it.”
Schmidt said Ford’s historic run at Bonneville will further
expand the company's technological horizons with fuel cell-powered
vehicles, because the use of hydrogen as a fuel could someday play a key
role in meeting the energy needs of the transportation sector. The Ford
Fusion Hydrogen 999 is Ford’s latest environmental innovation and is
another step on the road toward commercially viable hydrogen fuel cell
vehicles.
The speed was reached during a run at the Bonneville
Nationals, which are being held from Aug. 10-17.
The Ford Fusion Hydrogen 999 land speed record vehicle was
designed by Ford engineers and built by Roush in Allen Park, Mich. Ford
engineers leveraged the 2004 Buckeye Bullet’s electric motor, while
Ballard Power Systems supplied the 400 kW hydrogen fuel cells. Ford
retiree Rick Byrnes, a veteran Bonneville racer, piloted the Ford Fusion
Hydrogen 999 on its record breaking run.
Ohio State students have designed their streamliner, dubbed
Buckeye Bullet 2, from the ground up. Ballard donated the hydrogen fuel
cells for Ohio State’s car, Roush its engineering services and Ford has
provided overall project coordination and expertise in fuel cell
drivetrains.
In 2004, Ohio State students set the unlimited land speed
record for an electric vehicle by running 314 mph in the first Buckeye
Bullet, dubbed BB1.
Ford Fusion Hydrogen 999 Part of a Broader Effort The Ford Fusion Hydrogen 999 shows one of the ways Ford
is advancing environmental innovation with the goal of offering vehicles
with zero impact on the environment. Multiple technologies, including
hydrogen fuel cells, hybrids, E85 ethanol, clean diesels, bio-diesels,
advanced engine and transmission technologies allow a flexible approach
that balances customer needs, environmental impact and shareholder
interests.
Ford Motor Company currently has a fleet of 30
hydrogen-powered Focus fuel cell vehicles on the road as part of a
worldwide, seven-city program to conduct real world testing of fuel cell
technology. The 30-car fleet has accumulated nearly 580,000 miles since
its inception in 2005.
more
GM Shares Up on Hydrogen Vehicle Outlook Houston Chronicle (TX)
June 15, 2007
Shares of General Motors Corp. rose for a
third day after the automaker said it could have hydrogen-powered cars on the
road in the next five or six years. ...The hydrogen vehicle prediction came
along with GM's announcement that it moved 500 fuel cell engineers and
scientists from the laboratory side of the company into the chain of command
that actually produces cars.
Let the World Come to Iowa to Buy Ammonia Engines Richard Doak
Des Moines Register (IA)
June 10, 2007
Ammonia actually
contains more hydrogen than hydrogen does. Ammonia (NH3) has three hydrogen
atoms while hydrogen (H2) has only two. ...If ammonia is to reach its potential
as a nonpolluting, non-greenhouse fuel, new ways of producing it must be
developed. Among the possibilities is to use wind power in the process, which
holds yet more promise for Iowa as an energy state. ...At the Algona engine
demonstration, HEC's Hollinger declared in a statement, "We have been awaiting
the day when we could add ammonia to the world's list of potential fuels, and
today is the day."
Hydrogen Engine Center Demonstrates
Carbon-Free Hydrogen Ammonia (anhydrous) Engine
Hydrogen Engine Center
June 5, 2007
Although the engine is capable of running
exclusively on hydrogen, the test was conducted using 95% ammonia and 5%
hydrogen used as a combustion catalyst. The increased density of hydrogen
associated with the ammonia fuel provides the engine with significantly more
power than hydrogen alone. Because ammonia contains no carbon, emissions
byproducts include only slightly increased amounts of water vapor and trace
amounts of NOX.
Hydro-Genius
Quentin Wilson Sunday Mirror (UK)
June 10, 2007
I've seen the future
and it's powered by hydrogen. This week I was privileged to lead a convoy of the
greenest vehicles in the world from Brighton to London, driving both a
hydrogen-powered Ford Explorer and Focus. ...BMW fielded two hydrogen-powered
7-Series, Saab a 9-5 Biopower, Honda a Civic Hybrid and Vauxhall a
hydrogen-powered Zafira, sponsored by Ikea. ...So it's time to forget the urban
myth that the car industry doesn't want to change. It does and it's leading the
charge. The public are far more enthusiastic about owning green cars than we
ever dared believe. The only problem is the Government. They talk the talk, but
are yet to walk the walk.
Ford
Engineer Says Plug-in Hybrid
Fuel-cell Cars May Reach Market First
Steve Mertl Canadian
Press June 2,
2007
Ford and its partner Ballard fall in line
with its other competitors in forecasting fuel-cell cars will begin hitting
dealers in the latter half of the next decade. Large demonstration fleets in the
hands of government and corporate users will be on the road before then.
Hydrogen-Fueled Buses Arrive in Orlando
Houston Chronicle/AP
May 23, 2007
Ford delivered five of the buses to Canada
in 2006. The company plans to deliver 30 of the buses throughout North America
by the end of the year.
China’s Automakers Show Alternative-Fuel Cars Keith Bradsher The New York Times
April 21, 2007
G.M. showed a fuel-cell vehicle here that
in some ways is more advanced than a model shown at the Detroit auto show three
months ago. The prototype here relies more on hydrogen and, unlike the Detroit
show prototype, does not include a small gasoline engine as a backup. China “may
very well be the first country to develop a broad-based fuel cell
infrastructure,” Mr. Wagoner said.
Latest Chevy Volt Will be Fueled by Hydrogen Sharon Terlep Detroit
News April 20, 2007
"There's a tremendous will in the company
to do this," GM Vice Chairman Bob Lutz told reporters at the Geneva car show
last month when asked about the Volt. Lutz has said he believes there is a 90
percent chance GM will succeed in making the vehicle a reality.
LARGEST ROLL-OUT YET OF
NATURAL GAS FUEL CELLS
A Leap For Fuel Cells Connecticut Is Backing Showcase
Plants To Feed Electricity Grid Mark Peters Hartford
Courant (CT) April 15, 2007
New England's First Fuel Cell-powered Hybrid Bus Begins Service UTC Power
April 10, 2007
In addition to UTC Power and CT TRANSIT,
the special project partnership includes AC Transit of Oakland, California,
which now has three UTC Power fuel cell-powered buses in operation; Van Hool of
Belgium, one of the world’s largest bus and coach manufacturers; and ISE
Corporation of Poway, California, a leading integrator of hybrid-electric and
integrated fuel cell drive systems for buses.
University of Delaware Unveils Hydrogen-powered Bus University of Delaware
April 9, 2007
A consortium consisting of EBus, Ballard
Power Systems, Electric Power Research Institute (EPRI), Air Liquide Advanced
Technologies U.S., and the Delaware Transit Corp. has been assembled for this
project. ...EBus has adapted its existing 22-foot, 22-passenger chassis and
electric drive system to use a 19-kilowatt Mark9 SSL fuel cell stack from
Ballard, a major producer of fuel cells located in Vancouver, British Columbia.
...The project also includes development of a safe and efficient hydrogen
refueling station to be used by the bus and, eventually, by other
hydrogen-powered vehicles.
The fueling dispenser will be
publicly accessible by arrangement, with credit card access. Hydrogen
produced by the station will meet purity requirements for prototype
vehicles powered by hydrogen combustion engines and/or fuel cells. The
station is capable of processing natural gas, water (through
electrolysis), or ethanol to produce hydrogen. There is future potential
to also produce hydrogen from the gasification of coal or biomass.
Quantum Ships Eleven Extended-Range Hydrogen
Hybrid Vehicles to Norway’s Hydrogen Highway Quantum Fuel Systems Technologies
Worldwide March 29,
2007
The Norwegian government, industry
participants, and the organizations participating in a joint effort called HyNor
plan on creating a “Hydrogen Highway” between the capital, Oslo, and western
Norway's port of Stavanger. The Norwegian HyNor plan calls for five refueling
stations along the main highway from Oslo to Stavanger, the center of the
national petroleum industry that makes Norway the world's third largest oil
exporter, after Saudi Arabia and Russia. By 2009, HyNor plans to have enough
fueling stations along the 580-kilometer (360 mile) route to allow
hydrogen-powered vehicles to routinely make the trip. The ultimate goal is to
extend the hydrogen infrastructure network through much of Scandinavia under the
Scandinavian Hydrogen Highway Partnership, a joint organization formed by HyNor,
Sweden's HyFuture, and Denmark's Hydrogen Link.
The Hydrogen Hybrid package for the Prius includes Quantum’s
electronic multi-point hydrogen injection system, turbocharger and intercooler,
Quantum’s compressed hydrogen fuel storage module and hydrogen fuel delivery
system, and Federal Motor Vehicle Safety Standards (FMVSS) crashworthy design
and validation. The eleven vehicles in this shipment were equipped with an
extended range package, which was engineered by Quantum to provide additional
hydrogen storage capacity and a resulting 30 percent increase in vehicle driving
range between refueling. In addition to performing in specified starting
conditions and meeting certain drivability specifications, these vehicles were
designed to meet European safety standards, including the successful completion
of crash testing to verify the safety of the converted vehicles.
Daimler Chrysler:
On Emission to Save the World Neil Dowling
CARSguide/Daily Telegraph
March 24, 2007
Enforcing hydrogen production would
stimulate manufacturers
to make greener cars.
European researchers working
with partners from the US have developed a new type of hydrogen technology
that will lead to new more efficient hydrogen-fed engines for clean cars.
The EU-funded Hydrogen Internal Combustion Engine (HyICE) project tested
ways to build hydrogen-fuelled engines that are as efficient as current
diesel engines, without the same pollution, and with as little as possible
trade-off in terms of engine size and power.
"The shift to a hydrogen
economy is not an incremental change to society, but rather a dramatic and
fundamental shift in the way that individuals will operate their vehicles in the
future."
Scott Samuelsen, director
UCI National Fuel Cell Research Center
Air Products Newest Fueling Station at University of California, Irvine Features
Industry Advancements and Capabilities to Meet Evolving Hydrogen Vehicle Fueling Air Products
February 27, 2007
The station has the capacity to fill
approximately five to 10 vehicles per day, depending on vehicle fuel capacity.
Computerized vehicle communications help optimize the refueling process, and
vehicle fill times are approximately three to six minutes.
"I am trying to find a
way of talking sense to power," he said, demanding that GM come clean about what
he claims was its role in squashing electric car production, killing mass
transportation, dividing cities along highway routes and exploiting its own
wealth and influence to keep gas guzzlers on the road.
"They are shameless, they can not be shamed. If they had
shame, they would not be foisting Hummers on women," Black said of what he deems
the American auto industry's efforts to create customer dependence on gas-run
vehicles.
"Nobody woke up and said 'I want a Hummer.' Nobody woke up
and said, 'We have to have Escalades.' What about corporate leadership? How
about the right thing?"
...Still,
Black isn't about to let up. He blames GM, Ford and Chrysler for the
anti-American attitudes in the Middle East that led to the World Trade Center
attacks and, ultimately, the U.S. war in Iraq.
"We got an oil shock in 1973. They've had almost two
generations, a generation and a half to get it right and what did they reward us
with? Escalade, Navigator," he said.
Green,
the Color of Survival Warren Brown Washington Post Dec
3, 2006
Hydrogen Highway Fuelling
Station Opens in Victoria, BC BC Transit
December 1, 2006
BOC Gases, a subsidiary of the Linde
Group, together with BC Hydro, completed the construction of the anchor fuelling
station at BC Transit’s Langford facility near Victoria. The Victoria station is
set up to dispense fuel to support one of the Vancouver Fuel Cell Vehicle
Program’s fuel-cell vehicles, which is operated by BC Transit and the Province
of BC in the Victoria region. Natural Resources Canada, through the Canadian
Transportation Fuel Cell Alliance, contributed $480,000 to the project. The
permanent facility cost of construction and initial operation is $1,006,628.
...The Victoria Station utilizes a three-tiered storage bank of low, medium and
high pressure storage cylinders. As the hydrogen vehicle fleet expands in the
Victoria region, additional storage cylinders can be added to support the
incremental load. The fuelling system has the capability, with minimal
additions, to fuel the next-generation of fuel cell vehicles which may have
higher pressure fuel storage cylinders on board.