Re: [biofuel] MIT: Hydrogen Car No Better than Diesel Hybrid

2003-05-06 Thread Appal Energy

You're being faciscious (?), yes?

What would make you tend to think that I haven't calculated long ago that
almost everything revolves around the lucre? (That is, of course, the way
"contemporary society has been developed.)

That's also exactly where the concept of "environmental economics" becomes
the ace in the hole.

Todd Swearingen

- Original Message -
From: "Martin" <[EMAIL PROTECTED]>
To: 
Sent: Tuesday, May 06, 2003 10:19 PM
Subject: Re: [biofuel] MIT: Hydrogen Car No Better than Diesel Hybrid


> Haven't you figured out by now that everything is about hoarding money?
>
> Appal Energy wrote:
>
> >Everything else aside, both industry and government have proven
themselves
> >criminally irresponsible day in and day out with LWRs. Modular and
> >inherantly safe designs exist. But no. Economy of scale supercedes the
> >concept of broadest safety margin.
> >
> >Throw in the legislation which prevents actual damage recovery in event
of
> >any abnormality ("limitted liability" - to the power of about 6) and
there
> >is sufficient proof that the power structure is less concerned about
people
> >than it is about economics.
> >
> >Most have no use for such mindless mathematics.
> >
> >Todd Swearingen
> >
> >
> >
>
> --
> --
> Martin Klingensmith
> http://infoarchive.net/
> http://nnytech.net/
>
>
>
>
> Biofuel at Journey to Forever:
> http://journeytoforever.org/biofuel.html
>
> Biofuels list archives:
> http://archive.nnytech.net/
>
> Please do NOT send Unsubscribe messages to the list address.
> To unsubscribe, send an email to:
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>
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>
>
>


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Re: [biofuel] MIT: Hydrogen Car No Better than Diesel Hybrid

2003-05-06 Thread Martin

Haven't you figured out by now that everything is about hoarding money?

Appal Energy wrote:

>Everything else aside, both industry and government have proven themselves
>criminally irresponsible day in and day out with LWRs. Modular and
>inherantly safe designs exist. But no. Economy of scale supercedes the
>concept of broadest safety margin.
>
>Throw in the legislation which prevents actual damage recovery in event of
>any abnormality ("limitted liability" - to the power of about 6) and there
>is sufficient proof that the power structure is less concerned about people
>than it is about economics.
>
>Most have no use for such mindless mathematics.
>
>Todd Swearingen
>
>  
>

-- 
--
Martin Klingensmith
http://infoarchive.net/
http://nnytech.net/



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Re: [biofuel] MIT: Hydrogen Car No Better than Diesel Hybrid

2003-05-06 Thread Appal Energy

Everything else aside, both industry and government have proven themselves
criminally irresponsible day in and day out with LWRs. Modular and
inherantly safe designs exist. But no. Economy of scale supercedes the
concept of broadest safety margin.

Throw in the legislation which prevents actual damage recovery in event of
any abnormality ("limitted liability" - to the power of about 6) and there
is sufficient proof that the power structure is less concerned about people
than it is about economics.

Most have no use for such mindless mathematics.

Todd Swearingen

- Original Message -
From: "Darryl McMahon" <[EMAIL PROTECTED]>
To: 
Sent: Tuesday, May 06, 2003 7:51 AM
Subject: Re: [biofuel] MIT: Hydrogen Car No Better than Diesel Hybrid


> Hakan wrote:
> > Once somewhat involved in the design and building of the last
> > reactors in Sweden, I am not a starch opponent of nuclear
> > one pass power. It is the enrichment of several passes and the
> > massive amount of enriched material it results in, that make
> > me a very strong opponent to nuclear power. Without several
> > passes, we only have fuel for 60 years more and it will be
> > better to not use it at all, than produce a world that have so
> > much enriched material that it will be impossible to control.
> >
> I worked for several years for the federal government agency that
regulated nuclear
> energy in Canada.  I am rather ambivalent about nuclear energy vs. fossil
fuels as
> a result.  However, the idea of the U.S. starting an agressive campaign of
building
> light-water reactors gives me chills.  It won't be cheap power, we've
proven that
> already, and Yucca Mountain notwithstanding, still have not resolved
long-term
> radioactive waste storage.  This is the same government that could not
remember to
> budget for Afghanistan reconstruction just one year after the commitment,
but we
> should trust them with long-term treatment of radioactive waste?
> 
>
> Darryl McMahon
>
>
> Biofuel at Journey to Forever:
> http://journeytoforever.org/biofuel.html
>
> Biofuels list archives:
> http://archive.nnytech.net/
>
> Please do NOT send Unsubscribe messages to the list address.
> To unsubscribe, send an email to:
> [EMAIL PROTECTED]
>
> Your use of Yahoo! Groups is subject to http://docs.yahoo.com/info/terms/
>
>
>


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Re: [biofuel] MIT: Hydrogen Car No Better than Diesel Hybrid

2003-05-06 Thread Martin

They'll be long dead by the time someone has to worry about it.

Darryl McMahon wrote:

>>
>>
>I worked for several years for the federal government agency that regulated 
>nuclear 
>energy in Canada.  I am rather ambivalent about nuclear energy vs. fossil 
>fuels as 
>a result.  However, the idea of the U.S. starting an agressive campaign of 
>building 
>light-water reactors gives me chills.  It won't be cheap power, we've proven 
>that 
>already, and Yucca Mountain notwithstanding, still have not resolved long-term 
>radioactive waste storage.  This is the same government that could not 
>remember to 
>budget for Afghanistan reconstruction just one year after the commitment, but 
>we 
>should trust them with long-term treatment of radioactive waste?
>
>
>Darryl McMahon
>
>
>
>
>  
>
-- 
--
Martin Klingensmith
http://infoarchive.net/
http://nnytech.net/



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Re: [biofuel] MIT: Hydrogen Car No Better than Diesel Hybrid

2003-05-06 Thread Icarus Solem

Hello,

Thanks for the joule - electron correction, by the way.  The nuclear
reactor issue is part of it, certainly.  They also want to use coal (the
last big reservoir of fossil fuel - 100 years left, at least) as a primary
source of hydrogen (reforming coal gas to produce H2).  The uniting
feature is that their energy buddies would remain in control of the erngy
supply - and they obviously don't care about the resulting environmental
and social devastation.  It is encouraging to note that the plans for
1000's of nuclear reactors advanced in the seventies were scrapped -
people can make a difference.  Read John McPhee's book, "The Curve of
Binding Energy", for a review of what might have been.  It is also
relevant to the use of depleted uranium in Iraq, and the expansion of
nuclear weapons programs around the world.

On Mon, 5 May 2003, Kim Nguyen wrote:

> bush and the current admin are pushing for the hydrogen cars because
> they want to revive the nuclear power industry...they see us using nukes
> to crack water and make hydrogen...what does everyone think about this?
>
> kn
> sac, ca
>
>
> >>> [EMAIL PROTECTED] 05/05/03 10:34AM >>>
> http://lfee.mit.edu/features/hydrogen_vehicles
> Laboratory For Energy and the Environment
>
> Hydrogen fuel-cell vehicle won't reduce greenhouse gas emissions by
> 2020; diesel and gasoline hybrids are a better bet, concludes an MIT
> study
>
> Published in MIT Tech Talk, March 5, 2003.
>
> Even with aggressive research, the hydrogen fuel-cell vehicle will
> not be better than the diesel hybrid (a vehicle powered by a
> conventional engine supplemented by an electric motor) in terms of
> total energy use and greenhouse gas emissions by 2020, says a study
> recently released by the Laboratory for Energy and the Environment
> (LFEE).
>
> And while hybrid vehicles are already appearing on the roads,
> adoption of the hydrogen-based vehicle will require major
> infrastructure changes to make compressed hydrogen available. If we
> need to curb greenhouse gases within the next 20 years, improving
> mainstream gasoline and diesel engines and transmissions and
> expanding the use of hybrids is the way to go.
>
> These results come from a systematic and comprehensive assessment of
> a variety of engine and fuel technologies as they are likely to be in
> 2020 with intense research but no real "breakthroughs." The
> assessment was led by Malcolm A. Weiss, LFEE senior research staff
> member, and John B. Heywood, the Sun Jae Professor of Mechanical
> Engineering and director of MIT's Laboratory for 21st-Century Energy.
>
> Release of the study comes just a month after the Bush administration
> announced a billion-dollar initiative to develop commercially viable
> hydrogen fuel cells and a year after establishment of the
> government-industry program to develop the hydrogen fuel-cell-powered
> "FreedomCar."
>
> The new assessment is an extension of a study done in 2000, which
> likewise concluded that the much-touted hydrogen fuel cell was not a
> clear winner. This time, the MIT researchers used optimistic
> fuel-cell performance assumptions cited by some fuel-cell advocates,
> and the conclusion remained the same.
>
> The hydrogen fuel-cell vehicle has low emissions and energy use on
> the road--but converting a hydrocarbon fuel such as natural gas or
> gasoline into hydrogen to fuel this vehicle uses substantial energy
> and emits greenhouse gases.
>
> "Ignoring the emissions and energy use involved in making and
> delivering the fuel and manufacturing the vehicle gives a misleading
> impression," said Weiss.
>
> However, the researchers do not recommend stopping work on the
> hydrogen fuel cell. "If auto systems with significantly lower
> greenhouse gas emissions are required in, say, 30 to 50 years,
> hydrogen is the only major fuel option identified to date," said
> Heywood. The hydrogen must, of course, be produced without making
> greenhouse gas emissions, hence from a non-carbon source such as
> solar energy or from conventional fuels while sequestering the carbon
> emissions.
>
> The assessment highlights the advantages of the hybrid, a highly
> efficient approach that combines an engine (or a fuel cell) with a
> battery and an electric motor. Continuing to work on today's gasoline
> engine and its fuel will bring major improvements by 2020, cutting
> energy use and emissions by a third compared to today's vehicles. But
> aggressive research on a hybrid with a diesel engine could yield a
> 2020 vehicle that is twice as efficient and half as polluting as that
> "evolved" technology, and future gasoline engine hybrids will not be
> far behind, the study says.
>
> Other researchers on the study were Andreas Schafer, principal
> research engineer in the Center for Technology, Policy and Industrial
> Development, and Vinod K. Natarajan (S.M. 2002). The new report and
> the original "On the Road in 2020" study from 2000 are available at
> http://lfee.mit.edu/publications under "

Re: [biofuel] MIT: Hydrogen Car No Better than Diesel Hybrid

2003-05-06 Thread Darryl McMahon

Hakan wrote:
> Once somewhat involved in the design and building of the last
> reactors in Sweden, I am not a starch opponent of nuclear
> one pass power. It is the enrichment of several passes and the
> massive amount of enriched material it results in, that make
> me a very strong opponent to nuclear power. Without several
> passes, we only have fuel for 60 years more and it will be
> better to not use it at all, than produce a world that have so
> much enriched material that it will be impossible to control.
> 
I worked for several years for the federal government agency that regulated 
nuclear 
energy in Canada.  I am rather ambivalent about nuclear energy vs. fossil fuels 
as 
a result.  However, the idea of the U.S. starting an agressive campaign of 
building 
light-water reactors gives me chills.  It won't be cheap power, we've proven 
that 
already, and Yucca Mountain notwithstanding, still have not resolved long-term 
radioactive waste storage.  This is the same government that could not remember 
to 
budget for Afghanistan reconstruction just one year after the commitment, but 
we 
should trust them with long-term treatment of radioactive waste?


Darryl McMahon

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Re: [biofuel] MIT: Hydrogen Car No Better than Diesel Hybrid

2003-05-05 Thread Keith Addison

Also this:

http://www.planetark.org/dailynewsstory.cfm/newsid/20686/story.htm

Los Alamos nuclear lab looks to build clean energy

USA: May 6, 2003

LOS ALAMOS, N.M. - The birthplace of the atomic bomb, Los Alamos 
National Laboratory, is looking to embark on a new path that could 
make the preeminent nuclear weapons lab a leader in the clean-energy 
source of hydrogen fuel cells.

The weapons lab, founded 60 years ago, has been researching hydrogen 
fuel cell technology for about 25 years and has said it is ready to 
answer U.S. President George W. Bush's call to make the technology 
into a viable energy source.

"Los Alamos has always been about more than making the atomic bomb. 
If fuel cells become a more useful technology we'll be an overnight 
success, even though we've been working on it since 1977," said Ken 
Stroh, program manager for hydrogen and fuel cell technology at the 
laboratory.

In his State of the Union address earlier this year, Bush proposed a 
$1.7 billion initiative to fund hydrogen fuel cell research over the 
next five years, with an ultimate goal of eliminating U.S. dependence 
on foreign oil by 2040.

There are numerous facilities fighting for a piece of the $1.7 
billion pie, but Los Alamos thinks it may have an inside track 
through its experience as a U.S. government lab, its prestige, and by 
having a governor in Bill Richardson who once served as the U.S. 
energy secretary and understands the inner workings of Washington.

"We've never had a supportive environment like this," Stroh said.

Lab officials have recently met with the likes of General Motors and 
Ford to discuss ways to create an economy based on fuel-cell 
technology.

Los Alamos is looking for any good news it can get. In recent months, 
the lab has been rocked by ethics scandals that cost its former 
director his job and questioned the oversight ability of the lab's 
senior managers.

FUEL CELLS TO GO

Hydrogen fuel cells can be built to any size, which means they can 
power anything from a cell phone, which takes about one watt of 
electricity, to an automobile, at about 130 kilowatts, he said.

Hydrogen fuel cells emit almost no pollution and produce electricity 
from oxygen and hydrogen. But hydrogen is expensive to make, and is 
derived mostly from hydrocarbons such as natural gas or gasoline in a 
process that does pollute.

Hydrogen, the most abundant element in the universe, has the highest 
energy output of any known fuel. But it needs an external energy 
source to free it from its chemical compound and create more energy. 
Hydrogen, whose byproduct is water, is now often accessed through 
natural gas, but can also use wind and solar power, as well as 
nuclear energy.

Support for fuel cell research is strong in New Mexico, where Gov. 
Richardson has said his goal is to make 10 percent of the state's 
energy, by 2010, come from renewable resources, including wind and 
solar energy.

The governor wants his state to be at the forefront of fuel cell 
technology and is encouraging a proposed national fuel cell center to 
be located in New Mexico.

"When you talk about win-win propositions, fuel cell technology is 
one of the best. It creates two very important things - cleaner, 
renewable energy, and jobs," Richardson recently told industries who 
met to talk about hydrogen technology.

New Mexico's Sen. Pete Dominici, a Republican who chairs the Energy 
and Natural Resources Committee, wrote recently that "the best way to 
produce hydrogen, with no pollution in the production process, is 
through nuclear energy." He is pushing for combining the expertise 
Los Alamos has in nuclear energy with its knowledge of fuel-cell 
technology.

"Nuclear power could be an important aspect in making both hydrogen 
and electricity," Stroh said.

Would New Mexico use the idea to push for nuclear capabilities at the 
lab to make hydrogen?

"That's not even on our radar screen right now," said Richardson 
spokesman Pahl Shipley.

Story by Zelie Pollon

REUTERS NEWS SERVICE


> >bush and the current admin are pushing for the hydrogen cars because
> >they want to revive the nuclear power industry...they see us using nukes
> >to crack water and make hydrogen...what does everyone think about this?
> >
> >kn
> >sac, ca
>
>Nukes and fossil-fuels both I'd say. This just in on nukes:
>
>
>http://www.latimes.com/news/nationworld/nation/la-na-nuke4may04,1,512 
>9372.story
>
>May 4, 2003
>
>THE NATION
>
>Nuclear Energy Industry Sees Its Fortunes Turning in Capital
>
>By Richard Simon, Times Staff Writer
>
>WASHINGTON - The U.S. nuclear power industry - at a virtual
>standstill for more than 20 years and looking particularly bleak
>after Sept. 11, 2001 - could be on the threshold of a comeback.
>
>Since 1973, no company has ordered a nuclear plant that it eventually
>completed. Now, energy legislation expected to clear the Senate
>within the next few weeks would provide federal loan guarantees for
>up to half the cost of building as

Re: [biofuel] MIT: Hydrogen Car No Better than Diesel Hybrid

2003-05-05 Thread Hakan Falk


Once somewhat involved in the design and building of the last
reactors in Sweden, I am not a starch opponent of nuclear
one pass power. It is the enrichment of several passes and the
massive amount of enriched material it results in, that make
me a very strong opponent to nuclear power. Without several
passes, we only have fuel for 60 years more and it will be
better to not use it at all, than produce a world that have so
much enriched material that it will be impossible to control.

I also think that Bush & Co are looking very much to the
large US coal reserves, when they talking about hydrogen.
It does not make sense to look at oil products for the US
independence, when  the US R/P is only 11,7 years for its
own resources. The coal with over 200 years R/P makes
more sense for independence, but a disaster for environment.
The President who takes this route will "kill his own people",
for the interest of corporate profits.

My opinion is that a maximizing of energy saving, combined
with good biofuel production is the only short term "ready for use"
technologies. Solar and wind products are today commodities
and give some more legs to stand on. For developing countries,
this might be the only path to the future. For US also, but first
they have to give up the idea of corporate energy control and
a "silver bullet" solution, that process could be very difficult. It
is also boring hard work that has to be done and that is not
really "the American way of life".

Hakan



At 11:47 AM 5/6/2003 +0900, you wrote:
> >bush and the current admin are pushing for the hydrogen cars because
> >they want to revive the nuclear power industry...they see us using nukes
> >to crack water and make hydrogen...what does everyone think about this?
> >
> >kn
> >sac, ca
>
>Nukes and fossil-fuels both I'd say. This just in on nukes:
>
>
>http://www.latimes.com/news/nationworld/nation/la-na-nuke4may04,1,5129372.story
>
>May 4, 2003
>
>THE NATION
>
>Nuclear Energy Industry Sees Its Fortunes Turning in Capital
>
>By Richard Simon, Times Staff Writer
>
>WASHINGTON - The U.S. nuclear power industry - at a virtual
>standstill for more than 20 years and looking particularly bleak
>after Sept. 11, 2001 - could be on the threshold of a comeback.
>
>Since 1973, no company has ordered a nuclear plant that it eventually
>completed. Now, energy legislation expected to clear the Senate
>within the next few weeks would provide federal loan guarantees for
>up to half the cost of building as many as six new nuclear power
>plants.
>
>The federal loan guarantees would be just one part - although an
>important one - of a complicated economic and political puzzle that
>would need to be assembled before any nuclear plants are built. Wall
>Street still must be convinced of the economic viability of
>constructing such plants. And nuclear power remains controversial,
>with critics charging that the benefits aren't worth the risks of a
>catastrophic accident.
>
>Security concerns spiked after Sept. 11. Doomsday scenarios
>envisioned a hijacked plane crashing into one of the nation's 103
>commercial nuclear power plants, potentially causing radiation leaks.
>Government officials beefed up security at plants and distributed
>nearly 10 million potassium iodide pills, which can help protect the
>thyroid in case of an emergency, to residents near plants.
>
>Supporters of nuclear power believe it is important that the industry
>move forward again.
>
>The industry's fortunes have improved under President Bush, who has
>made expansion of nuclear power a prime goal of his energy policy.
>They brightened more after Republicans gained control of both
>chambers of Congress in last year's elections and Sen. Pete V.
>Domenici (R-N.M.) became chairman of the Senate Energy and Natural
>Resources Committee.
>
>Domenici, whose home state was the site of the first test of an
>atomic bomb in 1945 and today is where two national nuclear
>laboratories operate, is the author of the Senate legislation. He is
>confident about the prospects for the measure, citing congressional
>approval last year for designating Nevada's Yucca Mountain as the
>nation's nuclear waste repository.
>
>Along with the loan guarantees, the Senate bill would authorize $1
>billion for building an "advanced" nuclear reactor in Idaho that
>would produce hydrogen, a fuel that Bush has championed for cars. "If
>the demonstration [project] succeeds, it could well initiate a major
>nuclear reactor renaissance," said Jay E. Silberg, a Washington
>lawyer for nuclear utilities.
>
>The Senate legislation and an energy bill approved by the House last
>month would extend a cap on the nuclear industry's liability in case
>of an accident. And both measures would authorize millions of dollars
>for nuclear research.
>
>Although the House energy bill does not include the loan guarantees,
>the issue is likely to be on the table when House and Senate
>negotiators draw up a final measure.
>
>"Suffice to say America needs a str

[biofuels-biz] Re: [biofuel] MIT: Hydrogen Car No Better than Diesel Hybrid

2003-05-05 Thread Keith Addison

>bush and the current admin are pushing for the hydrogen cars because
>they want to revive the nuclear power industry...they see us using nukes
>to crack water and make hydrogen...what does everyone think about this?
>
>kn
>sac, ca

Nukes and fossil-fuels both I'd say. This just in on nukes:


http://www.latimes.com/news/nationworld/nation/la-na-nuke4may04,1,5129372.story

May 4, 2003

THE NATION

Nuclear Energy Industry Sees Its Fortunes Turning in Capital

By Richard Simon, Times Staff Writer

WASHINGTON - The U.S. nuclear power industry - at a virtual 
standstill for more than 20 years and looking particularly bleak 
after Sept. 11, 2001 - could be on the threshold of a comeback.

Since 1973, no company has ordered a nuclear plant that it eventually 
completed. Now, energy legislation expected to clear the Senate 
within the next few weeks would provide federal loan guarantees for 
up to half the cost of building as many as six new nuclear power 
plants.  

The federal loan guarantees would be just one part - although an 
important one - of a complicated economic and political puzzle that 
would need to be assembled before any nuclear plants are built. Wall 
Street still must be convinced of the economic viability of 
constructing such plants. And nuclear power remains controversial, 
with critics charging that the benefits aren't worth the risks of a 
catastrophic accident.

Security concerns spiked after Sept. 11. Doomsday scenarios 
envisioned a hijacked plane crashing into one of the nation's 103 
commercial nuclear power plants, potentially causing radiation leaks. 
Government officials beefed up security at plants and distributed 
nearly 10 million potassium iodide pills, which can help protect the 
thyroid in case of an emergency, to residents near plants.

Supporters of nuclear power believe it is important that the industry 
move forward again.

The industry's fortunes have improved under President Bush, who has 
made expansion of nuclear power a prime goal of his energy policy. 
They brightened more after Republicans gained control of both 
chambers of Congress in last year's elections and Sen. Pete V. 
Domenici (R-N.M.) became chairman of the Senate Energy and Natural 
Resources Committee.

Domenici, whose home state was the site of the first test of an 
atomic bomb in 1945 and today is where two national nuclear 
laboratories operate, is the author of the Senate legislation. He is 
confident about the prospects for the measure, citing congressional 
approval last year for designating Nevada's Yucca Mountain as the 
nation's nuclear waste repository.

Along with the loan guarantees, the Senate bill would authorize $1 
billion for building an "advanced" nuclear reactor in Idaho that 
would produce hydrogen, a fuel that Bush has championed for cars. "If 
the demonstration [project] succeeds, it could well initiate a major 
nuclear reactor renaissance," said Jay E. Silberg, a Washington 
lawyer for nuclear utilities.

The Senate legislation and an energy bill approved by the House last 
month would extend a cap on the nuclear industry's liability in case 
of an accident. And both measures would authorize millions of dollars 
for nuclear research.

Although the House energy bill does not include the loan guarantees, 
the issue is likely to be on the table when House and Senate 
negotiators draw up a final measure.

"Suffice to say America needs a strong nuclear power industry if 
we're going to meet our energy needs in the 21st century," said Ken 
Johnson, a spokesman for W.J. "Billy" Tauzin (R-La.), chairman of the 
House Energy and Commerce Committee.

Today, nuclear power generates about one-fifth of the nation's 
electricity. But high construction costs, as well as public protests 
after the 1979 accident at the Three Mile Island reactor in 
Pennsylvania, stopped the industry's growth.

Domenici has touted nuclear energy as a cleaner alternative to coal 
and oil. And he has argued that nuclear power is necessary to prevent 
the supply shortages and price spikes that occur from too much 
reliance on a single energy source.

Domenici has been one of the top recipients of campaign contributions 
from the nuclear power industry, receiving more than $67,000 from 
January 2001 through early 2002 in individual and political action 
committee donations from companies that own or build nuclear power 
plants, according to the Center for Responsive Politics, a political 
watchdog group. The industry gave nearly $9 million overall to 
congressional candidates and political parties, almost two-thirds of 
it to Republicans.

But the industry's expansion still faces political opposition.

"Until there's a [resolution] of the nuclear waste issue, it's 
ridiculous to even talk about" expanding nuclear power, Sen. Harry 
Reid (D-Nev.) said. For instance, legal challenges to the use of 
Yucca Mountain for waste disposal are pending.

Additionally, he said, the public remains "scared to death" about 
nu

Re: [biofuel] MIT: Hydrogen Car No Better than Diesel Hybrid

2003-05-05 Thread Kim Nguyen

bush and the current admin are pushing for the hydrogen cars because
they want to revive the nuclear power industry...they see us using nukes
to crack water and make hydrogen...what does everyone think about this?

kn
sac, ca


>>> [EMAIL PROTECTED] 05/05/03 10:34AM >>>
http://lfee.mit.edu/features/hydrogen_vehicles
Laboratory For Energy and the Environment

Hydrogen fuel-cell vehicle won't reduce greenhouse gas emissions by 
2020; diesel and gasoline hybrids are a better bet, concludes an MIT 
study

Published in MIT Tech Talk, March 5, 2003.

Even with aggressive research, the hydrogen fuel-cell vehicle will 
not be better than the diesel hybrid (a vehicle powered by a 
conventional engine supplemented by an electric motor) in terms of 
total energy use and greenhouse gas emissions by 2020, says a study 
recently released by the Laboratory for Energy and the Environment 
(LFEE).

And while hybrid vehicles are already appearing on the roads, 
adoption of the hydrogen-based vehicle will require major 
infrastructure changes to make compressed hydrogen available. If we 
need to curb greenhouse gases within the next 20 years, improving 
mainstream gasoline and diesel engines and transmissions and 
expanding the use of hybrids is the way to go.

These results come from a systematic and comprehensive assessment of 
a variety of engine and fuel technologies as they are likely to be in 
2020 with intense research but no real "breakthroughs." The 
assessment was led by Malcolm A. Weiss, LFEE senior research staff 
member, and John B. Heywood, the Sun Jae Professor of Mechanical 
Engineering and director of MIT's Laboratory for 21st-Century Energy.

Release of the study comes just a month after the Bush administration 
announced a billion-dollar initiative to develop commercially viable 
hydrogen fuel cells and a year after establishment of the 
government-industry program to develop the hydrogen fuel-cell-powered 
"FreedomCar."

The new assessment is an extension of a study done in 2000, which 
likewise concluded that the much-touted hydrogen fuel cell was not a 
clear winner. This time, the MIT researchers used optimistic 
fuel-cell performance assumptions cited by some fuel-cell advocates, 
and the conclusion remained the same.

The hydrogen fuel-cell vehicle has low emissions and energy use on 
the road--but converting a hydrocarbon fuel such as natural gas or 
gasoline into hydrogen to fuel this vehicle uses substantial energy 
and emits greenhouse gases.

"Ignoring the emissions and energy use involved in making and 
delivering the fuel and manufacturing the vehicle gives a misleading 
impression," said Weiss.

However, the researchers do not recommend stopping work on the 
hydrogen fuel cell. "If auto systems with significantly lower 
greenhouse gas emissions are required in, say, 30 to 50 years, 
hydrogen is the only major fuel option identified to date," said 
Heywood. The hydrogen must, of course, be produced without making 
greenhouse gas emissions, hence from a non-carbon source such as 
solar energy or from conventional fuels while sequestering the carbon 
emissions.

The assessment highlights the advantages of the hybrid, a highly 
efficient approach that combines an engine (or a fuel cell) with a 
battery and an electric motor. Continuing to work on today's gasoline 
engine and its fuel will bring major improvements by 2020, cutting 
energy use and emissions by a third compared to today's vehicles. But 
aggressive research on a hybrid with a diesel engine could yield a 
2020 vehicle that is twice as efficient and half as polluting as that 
"evolved" technology, and future gasoline engine hybrids will not be 
far behind, the study says.

Other researchers on the study were Andreas Schafer, principal 
research engineer in the Center for Technology, Policy and Industrial 
Development, and Vinod K. Natarajan (S.M. 2002). The new report and 
the original "On the Road in 2020" study from 2000 are available at 
http://lfee.mit.edu/publications under "Reports" (or see below).

CONTACT:
Nancy Stauffer
Laboratory for Energy and the Environment
(617) 253-3405
[EMAIL PROTECTED]

Reports

* Comparative Assessment of Fuel Cell Cars (2003), by Malcolm A. 
Weiss, John B. Heywood, Andreas Schafer, and Vinod K. Natarajan. 
http://lfee.mit.edu/publications/PDF/LFEE_2003-001_RP.pdf

* On the Road in 2020: A Life-cycle Analysis of New Automobile 
Technologies (2000), by Malcolm A. Weiss, John B. Heywood, Elisabeth 
M. Drake, Andreas Schafer, and Felix F. AuYeung. 
http://lfee.mit.edu/publications/PDF/el00-003.pdf


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http://journeytoforever.org/biofuel.html

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http://archive.nnytech.net/

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Re: [biofuel] MIT: Hydrogen Car No Better than Diesel Hybrid

2003-05-05 Thread Kim Nguyen

Content-Type: text/html
Content-Transfer-Encoding: 8bit
Content-Description: HTML



bush and the current admin are pushing for the hydrogen cars 
because they want to revive the nuclear power industry...they see us using nukes 
to crack water and make hydrogen...what does everyone think about 
this?
 
kn
sac, ca
>>> [EMAIL PROTECTED] 05/05/03 10:34AM 
>>>http://lfee.mit.edu/features/hydrogen_vehiclesLaboratory 
For Energy and the EnvironmentHydrogen fuel-cell vehicle won't reduce 
greenhouse gas emissions by 2020; diesel and gasoline hybrids are a better 
bet, concludes an MIT studyPublished in MIT Tech Talk, March 5, 
2003.Even with aggressive research, the hydrogen fuel-cell vehicle will 
not be better than the diesel hybrid (a vehicle powered by a 
conventional engine supplemented by an electric motor) in terms of total 
energy use and greenhouse gas emissions by 2020, says a study recently 
released by the Laboratory for Energy and the Environment (LFEE).And 
while hybrid vehicles are already appearing on the roads, adoption of the 
hydrogen-based vehicle will require major infrastructure changes to make 
compressed hydrogen available. If we need to curb greenhouse gases within 
the next 20 years, improving mainstream gasoline and diesel engines and 
transmissions and expanding the use of hybrids is the way to 
go.These results come from a systematic and comprehensive assessment of 
a variety of engine and fuel technologies as they are likely to be in 
2020 with intense research but no real "breakthroughs." The assessment 
was led by Malcolm A. Weiss, LFEE senior research staff member, and John B. 
Heywood, the Sun Jae Professor of Mechanical Engineering and director of 
MIT's Laboratory for 21st-Century Energy.Release of the study comes just 
a month after the Bush administration announced a billion-dollar initiative 
to develop commercially viable hydrogen fuel cells and a year after 
establishment of the government-industry program to develop the hydrogen 
fuel-cell-powered "FreedomCar."The new assessment is an extension of 
a study done in 2000, which likewise concluded that the much-touted hydrogen 
fuel cell was not a clear winner. This time, the MIT researchers used 
optimistic fuel-cell performance assumptions cited by some fuel-cell 
advocates, and the conclusion remained the same.The hydrogen 
fuel-cell vehicle has low emissions and energy use on the road--but 
converting a hydrocarbon fuel such as natural gas or gasoline into hydrogen 
to fuel this vehicle uses substantial energy and emits greenhouse 
gases."Ignoring the emissions and energy use involved in making and 
delivering the fuel and manufacturing the vehicle gives a misleading 
impression," said Weiss.However, the researchers do not recommend 
stopping work on the hydrogen fuel cell. "If auto systems with significantly 
lower greenhouse gas emissions are required in, say, 30 to 50 years, 
hydrogen is the only major fuel option identified to date," said 
Heywood. The hydrogen must, of course, be produced without making 
greenhouse gas emissions, hence from a non-carbon source such as solar 
energy or from conventional fuels while sequestering the carbon 
emissions.The assessment highlights the advantages of the hybrid, a 
highly efficient approach that combines an engine (or a fuel cell) with a 
battery and an electric motor. Continuing to work on today's gasoline 
engine and its fuel will bring major improvements by 2020, cutting 
energy use and emissions by a third compared to today's vehicles. But 
aggressive research on a hybrid with a diesel engine could yield a 2020 
vehicle that is twice as efficient and half as polluting as that "evolved" 
technology, and future gasoline engine hybrids will not be far behind, the 
study says.Other researchers on the study were Andreas Schafer, 
principal research engineer in the Center for Technology, Policy and 
Industrial Development, and Vinod K. Natarajan (S.M. 2002). The new report 
and the original "On the Road in 2020" study from 2000 are available at 
http://lfee.mit.edu/publications 
under "Reports" (or see below).CONTACT:Nancy StaufferLaboratory 
for Energy and the Environment(617) 
253-3405[EMAIL PROTECTED]Reports* Comparative Assessment of 
Fuel Cell Cars (2003), by Malcolm A. Weiss, John B. Heywood, Andreas 
Schafer, and Vinod K. Natarajan. Document>http://lfee.mit.edu/publications/PDF/LFEE_2003-001_RP.pdf* 
On the Road in 2020: A Life-cycle Analysis of New Automobile Technologies 
(2000), by Malcolm A. Weiss, John B. Heywood, Elisabeth M. Drake, Andreas 
Schafer, and Felix F. AuYeung. http://lfee.mit.edu/publications/PDF/el00-003.pdf 
Yahoo! Groups Sponsor -~-->Make Money Online 
Auctions! Make $500.00 or We Will Give You Thirty Dollars for Trying!http://us.click.yahoo.com/KXUxcA/fNtFAA/uetFAA/FGYolB/TM-~->Biofuel 
at Journey to Forever:http://journeytoforever.org/b

[biofuel] MIT: Hydrogen Car No Better than Diesel Hybrid

2003-05-05 Thread Keith Addison

http://lfee.mit.edu/features/hydrogen_vehicles
Laboratory For Energy and the Environment

Hydrogen fuel-cell vehicle won't reduce greenhouse gas emissions by 
2020; diesel and gasoline hybrids are a better bet, concludes an MIT 
study

Published in MIT Tech Talk, March 5, 2003.

Even with aggressive research, the hydrogen fuel-cell vehicle will 
not be better than the diesel hybrid (a vehicle powered by a 
conventional engine supplemented by an electric motor) in terms of 
total energy use and greenhouse gas emissions by 2020, says a study 
recently released by the Laboratory for Energy and the Environment 
(LFEE).

And while hybrid vehicles are already appearing on the roads, 
adoption of the hydrogen-based vehicle will require major 
infrastructure changes to make compressed hydrogen available. If we 
need to curb greenhouse gases within the next 20 years, improving 
mainstream gasoline and diesel engines and transmissions and 
expanding the use of hybrids is the way to go.

These results come from a systematic and comprehensive assessment of 
a variety of engine and fuel technologies as they are likely to be in 
2020 with intense research but no real "breakthroughs." The 
assessment was led by Malcolm A. Weiss, LFEE senior research staff 
member, and John B. Heywood, the Sun Jae Professor of Mechanical 
Engineering and director of MIT's Laboratory for 21st-Century Energy.

Release of the study comes just a month after the Bush administration 
announced a billion-dollar initiative to develop commercially viable 
hydrogen fuel cells and a year after establishment of the 
government-industry program to develop the hydrogen fuel-cell-powered 
"FreedomCar."

The new assessment is an extension of a study done in 2000, which 
likewise concluded that the much-touted hydrogen fuel cell was not a 
clear winner. This time, the MIT researchers used optimistic 
fuel-cell performance assumptions cited by some fuel-cell advocates, 
and the conclusion remained the same.

The hydrogen fuel-cell vehicle has low emissions and energy use on 
the road--but converting a hydrocarbon fuel such as natural gas or 
gasoline into hydrogen to fuel this vehicle uses substantial energy 
and emits greenhouse gases.

"Ignoring the emissions and energy use involved in making and 
delivering the fuel and manufacturing the vehicle gives a misleading 
impression," said Weiss.

However, the researchers do not recommend stopping work on the 
hydrogen fuel cell. "If auto systems with significantly lower 
greenhouse gas emissions are required in, say, 30 to 50 years, 
hydrogen is the only major fuel option identified to date," said 
Heywood. The hydrogen must, of course, be produced without making 
greenhouse gas emissions, hence from a non-carbon source such as 
solar energy or from conventional fuels while sequestering the carbon 
emissions.

The assessment highlights the advantages of the hybrid, a highly 
efficient approach that combines an engine (or a fuel cell) with a 
battery and an electric motor. Continuing to work on today's gasoline 
engine and its fuel will bring major improvements by 2020, cutting 
energy use and emissions by a third compared to today's vehicles. But 
aggressive research on a hybrid with a diesel engine could yield a 
2020 vehicle that is twice as efficient and half as polluting as that 
"evolved" technology, and future gasoline engine hybrids will not be 
far behind, the study says.

Other researchers on the study were Andreas Schafer, principal 
research engineer in the Center for Technology, Policy and Industrial 
Development, and Vinod K. Natarajan (S.M. 2002). The new report and 
the original "On the Road in 2020" study from 2000 are available at 
http://lfee.mit.edu/publications under "Reports" (or see below).

CONTACT:
Nancy Stauffer
Laboratory for Energy and the Environment
(617) 253-3405
[EMAIL PROTECTED]

Reports

* Comparative Assessment of Fuel Cell Cars (2003), by Malcolm A. 
Weiss, John B. Heywood, Andreas Schafer, and Vinod K. Natarajan. 
http://lfee.mit.edu/publications/PDF/LFEE_2003-001_RP.pdf

* On the Road in 2020: A Life-cycle Analysis of New Automobile 
Technologies (2000), by Malcolm A. Weiss, John B. Heywood, Elisabeth 
M. Drake, Andreas Schafer, and Felix F. AuYeung. 
http://lfee.mit.edu/publications/PDF/el00-003.pdf

 Yahoo! Groups Sponsor -~-->
Make Money Online Auctions! Make $500.00 or We Will Give You Thirty Dollars for 
Trying!
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-~->

Biofuel at Journey to Forever:
http://journeytoforever.org/biofuel.html

Biofuels list archives:
http://archive.nnytech.net/

Please do NOT send Unsubscribe messages to the list address.
To unsubscribe, send an email to:
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