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PEAK OIL: THE END OF THE ROLLER COASTER RIDE IMPLICATIONS FOR RESOURCE POLICY AND LAW

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Title: PEAK OIL: THE END OF THE ROLLER COASTER RIDE IMPLICATIONS FOR RESOURCE POLICY AND LAW


1
PEAK OIL THE END OF THE ROLLER COASTER
RIDE?IMPLICATIONS FOR RESOURCE POLICY AND LAW
  • Skip MaryanThompson Knight LLP(713)
    951-5894skip.maryan_at_tklaw.com

2
Oil Crude Oil Prices since 1861
US Dollars per Barrel
3
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4
PRICE IS INCREASING FOR FIVE REASONS
  • OIL DEMAND IS HIGH (especially in USA, India,
    China) and rising faster than expected.
  • SUPPLY IS STRAINED We consume two barrels of oil
    for every one we findand no short term action by
    OPEC can affect the price.
  • NO SPARE CAPACITY EXISTS in upstream facilities,
    transportation or refining.
  • OIL EXPORTING NATIONS ARE LESS STABLE NOW THAN
    FIVE YEARS AGO (Venezuela, Russia, Saudi Arabia)
  • The TERROR PREMIUM
  • SOURCEPAUL ROBERTS-Washington Post

5
SOME NOTEABLE QUOTATIONS
  • prices are likely to remain (high)until new
    supplies come on stream in three or four years.
  • Lord John Browne, CEO BP
  • There is no doubt that in the longer term
    industry will solve the supply issue.
  • Andrew Gould, CEO Schlumberger Ltd.
  • In the short term we expect Oil to remain around
    60 a barrel. But if supply factors, demand and
    the geo-political environment can be dealt with,
    expectations for oil prices could come back to
    40
  • M.J. Mojarrad, Governor of Irans Central Bank

6
Noteable Quotes (cont.)
  • There is enough supply in the market. Sheik
    Ahmed Fahd Al Ahmed Al Sabah, OPEC Pres.
  • Todays high prices are a result of an
    exceedingly tight and precarious supply-demand
    balance. Yet significant new capacity is coming
    on stream.
  • Daniel Yergin, Chairman Cambridge Energy
    Associates and author of THE PRIZE.
  • OPEC Producers might find it more challenging
    to firm up oil prices over the next few years,
    given the expected increase in non-OPEC supply.
  • US Dept of Energy 2004 Energy Outlook
  • WHAT ONE PRINCIPLE DO THESE QUOTES ASSUME?

7
THE LAW OF SUPPLY AND DEMAND
  • Economic Theory to explain and predict how
    markets work developed by Alfred Marshall.
  • In its most simplified form, this law assumes
    markets are perfectly competitive.
  • DEMAND is the QUANTITY of a commodity that
    consumers are willing to buy at a given price.
  • SUPPLY is the QUANTITY that producers are
    willing to produce and sell at a given price.

8
SIMPLE SUPPLY AND DEMAND
9
THE PRICE ROLLER COASTER RIDE(THE SYLLOGISM)
  • THE PRICE OF OIL HAS RESPONDED HISTORICALLY TO
    THE LAW OF SUPPLY AND DEMAND (TRUE)
  • BUT, IF UPWARD SUPPLY IS NO LONGER FLEXIBLE
    (MAYBE)
  • THE LAW OF SUPPLY AND DEMAND CAN NO LONGER CAUSE
    PRICE TO RESPOND DOWNWARD
  • THIS CONCLUSION IS GREATLY DEBATED TODAY

10
  • Contested Premise Supply is no longer elastic
    because
  • Reserves are not there. (Running out of Oil)
  • Reserves are there but lag in development of
    infrastructure will delay supply.
  • Refining Capacity...or Transportor other
    infrastructure is not there.
  • Worldwide Oil Production has peaked and is in
    decline. (PEAK OIL)

11
PEAK OIL
  • A scientific conclusion based upon oil production
    profiles.
  • Sometimes called Hubberts Peak named after the
    Shell Geologist who, in 1956, accurately
    predicted that US oil production would peak in
    1970.
  • New and Permanent Condition by which worldwide
    oil demand will outpace production by an ever
    increasing margin.

12
TYPICAL OIL GAS WELL PRODUCTION CURVE
  • Production
  • Time

13
TYPICAL OIL GAS FIELD PRODUCTION CURVE
  • Production
  • Time
  • PEAK PRODUCTION CAN BE ACCURATELY DETERMINED
    FOR A SINGLE WELL, A GROUP OF WELLS IN A FIELD, A
    GROUP OF FIELDS, A COUNTRY OR THE ENTIRE WORLD
    USING THE SAME MODELS AND METHODOLOGY.

14
FOUR THEORIES TO DETERMINE WHEN WORLDWIDE PEAK
OIL WILL OCCUR
  • Calculate the half way point of extraction using
    Ultimately Recoverable Reserves.
  • Calculate Production Rate Needed vs. Production
    Rate Capacity in Development
  • RULE of Thumb 40 years from discovery peak to
    Peak Oil.
  • Add the Production peaks of all Producing
    Nations.
  • source Richard Heinberg, www.museletter.com
  • The Partys Over, Oil, War and the Fate of
    Industrialized Societies

15
FOUR THEORIES TO DETERMINE WHEN WORLDWIDE PEAK
OIL WILL OCCUR
  • Calculate the half way point of extraction
    using Ultimately Recoverable Reserves.
  • Calculate Production Rate Needed vs. Production
    Rate Capacity in Development
  • RULE of Thumb 40 years from discovery peak to
    Peak Oil.
  • Add the Production peaks of all Producing
    Nations.
  • source Richard Heinberg, www.museletter.com
  • The Partys Over, Oil, War and the Fate of
    Industrialized Societies

16
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17
SELECTED RESERVE ESTIMATES-OPEC
18
FOUR THEORIES TO DETERMINE WHEN WORLDWIDE
PRODUCTION HAS PEAKED
  • Calculate the half way point of extraction using
    Ultimately Recoverable Reserves.
  • 2007

19
FOUR THEORIES TO DETERMINE WHEN WORLDWIDE
PRODUCTION HAS PEAKED
  • Calculate the half way point of extraction using
    Ultimately Recoverable Reserves.
  • Calculate Production Rate Needed vs.
    Production Capacity in Development
  • RULE of Thumb 40 years from discovery peak to
    Peak Production.
  • Add the Production peaks of all Producing
    Nations.

20
PRODUCTION RATE ACTUAL VS FORECAST
  • In 2005 World Oil Production Amounted to 71.8
    Million Barrels of Oil per Day
  • Excess Production Capacity was a razor thin
  • Forecast World Production Rate Capacity Needed by
    2016 (given expected consumption forecasts) is an
    additional 16 million Barrels of Oil per Day
  • A 22 increase in Production Capacity within the
    next 10 years is not anticipated

21
FOUR THEORIES TO DETERMINE WHEN WORLDWIDE
PRODUCTION HAS PEAKED
  • Calculate Production Rate Needed vs. Production
    Rate Capacity in Development
  • 2006

22
FOUR THEORIES TO DETERMINE WHEN WORLDWIDE
PRODUCTION HAS PEAKED
  • Calculate the half way point of extraction using
    Ultimately Recoverable Reserves.
  • Calculate Production Rate Needed vs. Production
    Capacity in Development
  • RULE of Thumb 40 years from discovery peak to
    Peak Production.
  • Add the Production peaks of all Producing
    Nations.

23
(No Transcript)
24
FOUR THEORIES TO DETERMINE WHEN WORLDWIDE
PRODUCTION HAS PEAKED
  • RULE of Thumb 40 years from discovery peak to
    Peak Production.
  • 2003

25
FOUR THEORIES TO DETERMINE WHEN WORLDWIDE
PRODUCTION HAS PEAKED
  • Calculate the half way point of extraction using
    Ultimately Recoverable Reserves.
  • Calculate Production Rate Needed vs. Production
    Capacity in Development
  • RULE of Thumb 40 years from discovery peak to
    Peak Production.
  • Add the Production peaks of all Producing
    Nations.

26
ASSOCIATION FOR THE STUDY OF PEAK OIL -
CALCULATION
Sourceassociation for the Study of Peak Oil
Website
27
FOUR THEORIES TO DETERMINE WHEN WORLDWIDE
PRODUCTION HAS PEAKED
  • Add the Production Peaks of all Producing
    Nations.
  • 2007

28
CONCLUSIONS(If Peak Oil is True)
  • The world is on the edge of an increasingly
    severe shortage of Crude Oil.
  • Supply increases can no longer respond to Market
    demand therefore, without remedial measures, the
    price will continue to only increase.
  • The shortage will effect the highly
    industrialized, oil consuming nations most
    severely.
  • Any response which only focuses on lowering
    prices will make the situation worse.
  • A Plan is Needed.

29
SOME LESSONS FROM HISTORY
  • WORLD WAR I I (Education, Conservation,
    Rationing)
  • THE CUBAN EXPERIENCE (Reallocation of Human
    Resources)
  • THE US OIL EMBARGOES (1970S) (Conservation,
    public policy)
  • 55MPH, Synthetic Fuels Corp (1980)
  • HIGH PRICES ALONE WILL SLOW CONSUMPTION
  • Gasoline consumption in March 2006 declined 4 vs
    2005
  • Increases Innovation and Stimulates Technology

30
IMPLICATIONS
  • RESOURCE POLICY (USA)
  • LEADERSHIP (A PLAN)
  • EDUCATION - A Simple, Clear, Convincing Message
  • In the USA, MASSIVE DEMAND DESTRUCTION
    (already being suggested by DOE)
  • Incentives - to Stimulate RD in Conservation,
    Renewable Energy Sources, Technology
  • Foreign Policy Initiative - based upon
    International Cooperation

31
IMPLICATIONS (cont.)
  • Law
  • Short Term Changes
  • Tax incentives to conserve / disincentives to
    consume New technology incentives
  • Resources pressure to open new areas, fast
    tracking
  • Pressures to Nationalize
  • Long Term Changes
  • National Crisis Management Forum
  • New Forms of International Cooperation
  • Pressure for Price Controls
  • Government Loan Guarantees for Projects

32
IMPLICATIONS (Cont.)
  • MEASURES WHICH WILL NOT WORK
  • Any attempt to artificially hold down consumer
    prices will encourage consumption and accelerate
    the problem.
  • Energy Negative Solutions
  • Drilling Out of the problem. (The problem is
    not Quantity of Oil, it is the growing gap
    between capacity to supply and ever growing
    demand.)
  • Calls for Energy Independence

33
Bibliography
  • Twilight in the Desert by Matthew Simmons
  • Hubberts Peak the impending World Oil
    Shortage by Kenneth S. Deffeyes
  • The Coming Oil Crisis by Colin Campbell
  • Peaking of world Oil Production Impacts,
    Mitigation and risk Management by Robert Hirsch,
    Roger Bezdek and Robert Wendling
  • The Partys Over and Powerdown-Options and
    Actions for a Post Carbon World by Richard
    Heinberg
  • The Long Emergency Surviving the End of the Oil
    Ageand Other Converging Catastrophes by James
    H. Kunstler

34
Bibliography
  • The Geopolitics of Natural Gas, Baker Institute
    Study, March 2005
  • The Breaking Point, by Peter Maas, New York
    Times August 21, 2005
  • Crossing The Rubicon The Decline of the
    American Empire at the End of the Age of Oil by
    Michael C. Ruppert
  • Over a Barrel by Raymond J. Learsy
  • Resource Wars The New landscape of Global
    Conflict by Michael Klare
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