2000.11.30
Oil and Gas Journal: Shell
urges business to participate in greenhouse gas discussions.
"When Shell moved away from a discussion
about the science and towards a discussion of the impact on its
business, that was an `epiphany.'... The company is ranked tenth in
the world as a carbon producer, emitting 2.5% of the world's
global greenhouse emissions.
"Shell's plan includes ... an internal plan for Shell to
eliminate venting of gas by 2003 and eliminate flaring of gas by
2008. So far, Shell has reduced its emissions to 104 tonnes of CO2
in 1998 from 116 tonnes in 1990. The goal is now to reduce
emissions by 10% by 2002 through the Shell Tradable Emission
Permit System initiated this year."
Oil and Gas Journal: MMS
plans gas drilling initiatives for 2001 Central Gulf sale.
"MMS proposes to suspend royalty payments on the first 20 bcf of
gas produced from deep wells drilled 15,000 feet below sea level in
the gas-prone shallow-water shelf area of the gulf.
"It also proposes
a 2-year extension of the 5-year primary lease if
an operator needs more time to process and interpret 3D seismic
data after drilling a first subsalt well."
...
"The federal outer continental shelf-primarily the relatively shallow
waters of the Gulf of Mexico-has long been the largest one source
for US gas, supplying 27% of current domestic gas production....
The gulf is estimated to hold 80% of undiscovered but
economically recoverable US gas resources...."
Oil and Gas Online: Western
Geophysical & Magic Earth.
"Western Geophysical and Magic Earth have teamed up to combine Western
Geophysical's seismic data acquisition and processing resources with
Magic Earth's volume visualization and interpretation tools."
2000.11.28
O.k., I know that these 20-year forecasts tend to be wrong. But I think these
exercises are good for exposing where we are, and what trends we should try to
break:
Oil and Gas Journal: The
US Energy Information Administration boosts estimate of US energy demand in 2020.
"Net petroleum imports are projected to increase, providing 64% of
US demand in 2020, up from 51% in 1999. Growth in petroleum
demand is led by transportation, where efficiency improvements
are more than offset by growing travel demand."
...
"Technology improvements in the exploration
and production of oil and natural gas are expected to moderate
price increases even as demand for these fuels grows.
"It forecast a world oil price of $22.41/bbl (1999 dollars) in 2020,
similar to last year's projection. The average wellhead price of gas
is expected to reach $3.13/Mcf in 2020, 10% higher than forecast
last year due to higher expected demand for gas, primarily for
electricity generation.
"EIA said growth in energy demand is expected to lead to rising
CO2 emissions from energy combustion. US carbon dioxide
emissions are projected to reach 1,809 and 2,041 million metric
tons of carbon equivalent in 2010 and 2020, respectively, 34% and
51% higher than the level of 1,349 million metric tons carbon
equivalent in 1990, based on current laws and regulations."
...
"Coal remains the primary fuel for electricity generation, although
its share is projected to decline from 51 to 44% by 2020 because
electricity industry restructuring favors the less capital-intensive,
more efficient gas generation technologies. Generation from
renewable sources is projected to increase slowly due to relatively
low prices of fossil-fired generation."
...
In my mind, energy issue number one is that, without proper management,
our insatiable appetite for petroleum will continue to compromise and undercut
any moral authority we claim in our relations with the rest of the world.
This was true in 1973, it was true in 1990, and it will be frighteningly true in
2020.
One bright spot: the shift in emphasis from petroleum to natural gas is a small
step in the right direction, at least in terms of political stability.
2000.11.25
CNN: U.N.
climate talks collapse in Netherlands.
"Delegates said talks had foundered on disagreements between the EU and the
United States over ways to curb emissions of greenhouse gases believed to be
causing climate change."
...
"A key issue blocking agreement was that of `sinks' -- whether to let countries
count the carbon absorbed by their forests against their greenhouse gas emissions.
"U.S. officials say nations should get credit for existing farmland and forests
because they absorb carbon dioxide and offset some emissions. Opponents say such
programs would reward certain countries for doing nothing."
2000.11.20
New York Times: The Next
Stage in Supercomputing.
"... the widely publicized, semiannual list of
the world's most powerful supercomputers is
misleading at best. Companies that do well in the
listing use it for bragging rights - most recently,
I.B.M.'s presence in the ranking has been soaring -
but users and vendors alike agree that it is based on
tests that have almost nothing to do with how useful
the computers are.
"Users are trying to come up with more realistic
bench marks to help explain to Congress and other
sources of financing why expensive computers that
look slower on paper might be better buys. To
underscore their concerns, they note that the record
for sustained performance on a real application was
set two years ago by a Cray computer running at
little more than a fifth the speed rating of the I.B.M.
computer that currently tops the raw speed
rankings."
2000.11.15
Physics Today: Nations
Argue over Climate Treaty. Disagreements at this month's climate
meeting in the Hague could cause the Kyoto Protocol to fail.
"In the US, for example, which
produces 36% of the world's car emissions, greenhouse
gas production has gone up in the past two years by 1%
annually, despite promises in Kyoto to cut back."
Physics Today: Technologies
to Reduce Carbon Dioxide Emissions in the Next Decade.
"In 1990, the US emissions of carbon dioxide alone amounted to about
1300 million tonnes of carbon (MtC), or 23% of the 5800 MtC spewed
out worldwide.... Under the Kyoto accord, the US is to reduce
its output of carbon and carbon equivalents by the end of this decade
to 7% below 1990 levels. But by now, US emissions of carbon from
CO2 have risen 18% above 1990 levels and, if the nation follows
current trends for the next decade, it is predicted to increase those
emissions by another 16%."
2000.11.13
WSJ: The
Outlook.
"The U.S. remains one of the world's
largest producers of crude oil, pumping about six
million barrels a day -- more than almost any
country except Saudi Arabia. But as the U.S. looks
for a greater and more reliable supply of oil amid
worries about OPEC dependence, it must look almost
everywhere but in its own territory.
"The reason: The U.S. has just 21 billion barrels
of proven oil reserves, down 44% from 39
billion in 1970, according to the Energy
Information Agency, the Department of
Energy's statistical arm. That's just 2% of the
world's proven reserves. By comparison, Saudi
Arabia has 262 billion barrels of proven
reserves, and Venezuela 73 billion barrels."
...
"The EIA estimates that the U.S. holds 139 billion
barrels of yet-to-be-discovered oil, but much of
those resources are off-limits to drilling."
Oil and Gas Online: Seismic
activity now lags drilling rigs, analysts say.
"... improvements in data processing technology, such as
improved computer horsepower and advanced processing
algorithms, have allowed exploration companies to process and
reprocess more data in less time, meaning that more prospects can
be developed per active seismic crew. Advanced data gathering
technologies, such as more streamers per seismic vessel, allow
more data to be gathered per crew or vessel."
...
"The near-term outlook is favorable for seismic companies due to
increased processing and reprocessing of data and the sales of
existing library data, but they said it might take several years
before the industry seismic crew count returns to 1997 levels."
Last Friday I also attended the organizational meeting for Arthur Weglein's
new seismic processing consortium at UH. Judging by the level of interest at
Friday's meeting, it looks like all of the supermajors will join, plus a few
majors and contractors.
For the last twenty years, Arthur has been pioneering the application of wave
equation physics to seismic processing. In recent years, he has had remarkable
success with what he calls "wave scattering methods." His approach involves
recasting all seismic processing in terms of a single equation for the exact
direct inversion of the wave equation. His particular areas of application have
been wavelet estimation, multiple removal, and now depth imaging.
Right now I'm taking Arthur's second class at UH on this theory. It has been a
lot of fun, and I'm sure I'll have some additional comments here in the next
few of months. This consortium is worth keeping an eye on.