The Millennium Course
Alvin Toffler
The Third Wave


E
nergy


Page 132

Look at the principles underlying the individual technologies.  The Second Wave energy base was premised on non-renewability.  It drew from highly concentrated, exhaustible deposits.  It relied on expensive, heavily centralized technologies, and it was nondiversified, resting on a relatively few sources and methods.  These were the main features of the energy base in all Second Wave nations throughout the industrial era.

Through the past half-century, fully two thirds of the entire world�s energy supply has come from oil and gas.  Most agree that this dependency on fossil fuel cannot continue indefinitely, no matter how many new oil fields are discovered.


Page 136
This new base will have characteristics sharply different from those of the Second Wave period.  For much of its supply will come from renewable, rather than exhaustible sources.  Instead of being dependent upon highly concentrate fuels, it will draw on a variety of widely dispersed sources.  Instead of depending so heavily on tightly centralized technologies, it will combine both centralized and decentralized  energy production.  And instead of being dangerously overreliant on a handful of methods or sources, it will be radically diversified in for.  This very diversity will make for less waste by allowing us to match the types and quality of energy produced to the increasingly varied needs.

In this war of ideas and money that is already raging in all the high-technology nations, it is possible to discern not tow but three antagonists.   There are those with vested interests in the old.  Second Wave energy base.  They call for conventional energy sources and technologies � coal, oil, gas, and nuclear power.  They fight for an extension of the Second Wave status quo.  Because they are entrenched in the oil companies, utilities, nuclear commission mining corporations and their associated trade unions, the Second Wave forces seem unassailably in charge.

By contrast, those who favor the advance to a Third Wave energy \base � a combination of consumers, environmentalists, scientist and entrepreneurs in the leading edge industries. Seem scattered, under financed and often politically inept.  The Third Wave advocates are publicly confused with a vocal fringe of what might be called First Wave forces -- people who call for a reversion to the pre-industrial past.  By lumping these two groups together, the Second Wave lobbyists, public relations experts and politicians deepen public confusion and keep the Third Wave force on the defensive.

Nevertheless, supports of neither First nor Second Wave policies can win in the end.  The former are devoted to a fantasy and the latter are attempting to maintain an energy base whose problems are intractable and insuperable.

The relentlessly rising cost of Second Wave fuels works strongly against the Second Wave interests.  The skyrocketing capital cost of Second Wave energy technologies works against them.  Second Wave methods often require heavy inputs of energy to eke out relatively small increments of new �net� energy.  The escalating problems of pollution work against them. 

Though nuclear reactors or coal gasification or liquefaction plants and other technologies may seem to be advanced or futuristic and progressive, they are in fact artifacts of a Second Wave past caught in its own contradictions.  Some may be necessary as temporary expedients but they are essentially regressive.  Though the forces of the Second Wave may seem powerful and their Third Wave critics feeble, it would be foolish to bet too many chips on the past.  The issue is not whether the Second Wave energy base will be overthrown, but how soon. 
Page 137-138




See also comments made by Dick Cheney



See also comments made by Jack Latona in April 2001


What can concerned people do?

1.Learn more about Industry groups like the Nuclear Energy Institute
2.  Contribute to good well-researched lobbyists and spokespeople (such as Union for Concerned Scientists)



Current Events
"In the News"
January to April 2001
The Course Outline for Creating the Future
Comments by readers...
"Commuters lose 36 hours per year stuck in traffic."
(Living on Earth)

"Gas prices soar to $1.70" (hyperbole on TV news)
Go below for analysis
"Commuters lose 36 hours per year stuck in traffic."
(Living on Earth)




"Gas prices soar to $1.70" (hyperbole on TV news)




The President wants to protect the American way of life

(
May 6,2001, Ari Fleisher)
Go below for analysis
www.loe.org



See the analysis below...



Presidential spokesman Ari Fleisher articulates a "Second Wave" entrenced position



Price of a gallon of gasoline: 
A gallon of gasoline that cost $0.90 in 1979 would cost $2.29 in 2000.
Equivalently, if you were to buy exactly the same products in 2000 and 1979,
they would cost you $0.90 and $0.35 respectively.
Consumer Price Index
http://www.westegg.com/inflation/

Tools for calculations
Consumer Price Index
http://www.westegg.com/inflation/

Price of Gasoline
http://www.eia.doe.gov/oil_gas/petroleum/special/gasoline_update/market_summary.html




What is the effect of inflation on the cost of gasoline?













What is the cost of gasoline in Europe and Asia?



Add your text here
Transcript of interview with an energy analyst

CLICK HERE


"There will be conservation measures. However, the belief of the task force that any gain will be marginal, the only way to deal with this effectively is by throwing more energy at the matter."  (7 May  2001)
-- analysis of the Bush Energy Plan
See:
www.loe.org



"The President wants to protect the American way of life."
(May 6,2001, by spokesman Ari Fleisher, calling for more extraction of fossil fuels)
Click Here for African Arts
www.africanandtribalarts.com
This article is extracted from the RMI website...
============
http://www.rmi.org/sitepages/art1051.asp

Frozen Assets?
Alaskan Oil's Threat to National Energy Security

by Amory B. Lovins and L. Hunter Lovins
"We must continue, I believe, to safeguard the Arctic National Wildlife Refuge, one of the last truly wild places on Earth�the Serengeti of the Americas." �President Clinton, January 17, 2001

As you read this issue of RMI Solutions, Congress is debating whether the oil potential beneath the Arctic National Wildlife Refuge (ANWR) in Alaska is worth the environmental damage caused by extracting and burning it. Largely unexamined so far are more basic questions: Is it profitable? Is it necessary? Is drilling a good idea? Is there a better way?

The rationale for drilling in the Refuge is to find a domestic oil supply, income for Alaska, and profit for  private firms. The debate focuses on the environmental cost, the human rights of the threatened Gwich�in people, and opposition from Canada, which shares the migratory wildlife. Yet that energy-vs.-environment debate overlooks important reasons why drilling in the Arctic Refuge would not improve but compromise national energy security and economic vitality.

DEPENDENCE ON OPEC OIL?
The second rationale for drilling in the
Refuge�relieving dependence on OPEC oil�has also
waned. OPEC's percentage of the oil the U.S. imports
has dropped by a third since the high-water-mark of
imports in 1977. Only one-fourth of U.S. oil now comes
from OPEC. Most imports come from more stable Western
sources, and are so diversified that a full-scale war
in the Persian Gulf in 1991 caused no gas lines at
home. We're not as dependent on OPEC as some imply.

Nor are we short of fuels. A White House aide on
January 21 provoked merriment in energy circles by
claiming that Arctic Refuge drilling was urgent
because, as California's electricity crisis showed,
the nation "desperately needs more fuel." How much of
California's electricity is in fact made from oil? One
percent. Of the nation's electricity? Two to three
percent. How much of the nation's oil makes
electricity? Two percent. California isn't short of
fuel. What California is short of is cheap
electricity.

EFFICIENCY: ENERGY WITHOUT RISK
Better buys aren't hard to find. In fact, we've already bought a lot of them, though far more remain untapped. Specifically, the past quarter-century's efficiency revolution is now "producing" over four times as much energy as the entire domestic oil industry (and ten times the oil the U.S. imports from the Persian Gulf) simply by using less energy to do
more work in smarter ways. More than half the nation's energy services now come from efficient use. Each barrel of oil supports three-quarters more GDP than it did in 1975�and that's just for starters.

Efficiency cut oil imports from the Persian Gulf by 87% during 1976�85 alone. Yet efficiency is strangely invisible in today's Refuge-oil debate.

The energy policies of the early '70s and the
mid-1980s painfully demonstrated how quickly energy
gluts happen when customers seek efficiency.

All this sets the stage for a rerun of a very bad
movie�the 1986 price crash that ruined so many energy
producers. That crash was caused by mixing two
ingredients: an underlying efficiency trend plus a
Federal supply stimulus. The first ingredient is now
here; the second is promised by President Bush.
There's no reason to expect a result different from
the past couple of times we've tried the same recipe.


AUTOMOBILE POTENTIAL
Let's suppose that a compliant Congress, steady high
oil prices, and successful exploration did find the
hoped-for 3.2 billion barrels of profitably
recoverable oil beneath the Refuge. Over a typical
30-year field life, that averages 292,000 barrels per
day, enough to produce about 156,000 barrels of
gasoline per day. That would run just two percent of
America's present fleet of cars and light
(non-commercial) trucks. That much gasoline could be
saved by making those vehicles a mere 0.4 mpg more
efficient.

Even with no improvement in vehicle efficiency, just
adopting aftermarket tires as efficient as the
originals would save several Refuges' worth of oil.

The average new American car last year might have been the highest expression of the Iron Age, but its 24-mpg efficiency rating tied for a 20-year low. The auto industry can do better, and is starting to. Briskly selling hybrid-electric cars now include a Corolla-class 48-mpg five-seater and a CRX-class 67-mpg two-seater.

THE INSECURITY OF NORTH SLOPE OIL
A further argument for drilling in the Refuge has been to make full use of the Trans-Alaska Pipeline System (TAPS), likely to keep running at half-capacity through at least 2008 as declining Prudhoe Bay output is offset by new oil from other North Slope fields
outside the Refuge. If you'd spent $8 billion (in 1977 dollars) for an 800-mile-long, four-foot diameter pipe over some of the most rugged terrain on the planet,  you'd want to see it kept busy for as long as possible too.

TAPS'S RETIREMENT PLAN?
Even if a kinder, gentler world were assured, TAPS's clock is still ticking. The 23-year-old pipeline�now well into middle age and nearing its originally intended retirement age�hasn't aged gracefully. Corrosion, erosion, and the sheer stress of pumping gooier oil are taking their toll. Accidents seem to be rising. Last April, a pressure hammer moved the pipe
23 inches, a serious event that went unnoticed for almost a month.

If any oil exists under the Arctic Wildlife Refuge, its best, safest, and most economic use will be
forever holding up the ground under America's last great wildland.
 
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