New renewables to invest $1,380 billion over 20 years
NORTHFIELD, Illinois, US, March 15, 2006
(Refocus Weekly)
The world will invest an average of US$69 billion
a year in emerging renewables over the next two decades, according
to the latest forecast from the McIlvaine Company.
The annual global energy investment will be $304 billion a year
for 20 years, explains the online ‘World Market for Your Products’
report. The largest investment category will be coal-fired boilers
with an average investment of $48 billion a year, but the trend for
coal will decline from $10 billion a year in the first decade to an
average of $6 billion in the final decade. Upgrades to coal-fired
plants will be another $8 billion, while new and upgraded refineries
will require $40 billion.
Fossil synthetic fuels will invest $35 billion, $27 for gas
turbines, $25 for natural gas production, $16 for oil production,
$15 for nuclear, $12 for liquid natural gas and $9 billion for coal
gasification, it reports.
Among renewables, wind energy will lead with $30 billion a year of
investment over the two decades, followed by biomass at $16 billion,
solar at $13 and ethanol at $10 billion a year.
“Cost of wind power is now attractive and there is already a booming
market for this category of power generation,” the report notes.
“Solar power promises to be an attractive option longer term, but
costs are still relatively high.”
“Biomass, including waste-to-energy, is already a big business and
will grow modestly throughout the period,” it adds. “Hundreds of
ethanol plants are now in planning and construction. The promise of
new technology to make ethanol from grass instead of corn will make
this fuel competitive with a shrinking supply of petroleum.”
Coal gasification and nuclear will take a larger market share of
electricity generation over the two decades, but achievements in
improving efficiency of conventional coal plants and minimization of
CO2 will slow that transition.
Trends in each category usually are shaped by developments in
others, with negative developments in one category leading to
positive growth in others but, in some cases, the opposite is true.
If oil production peaks in 2010 instead of 2020 and production
declines faster than anticipated, ethanol will grow more.
Conversely, if coal becomes more attractive, ethanol will increase
again because the cost of ethanol production falls if cheap coal is
used to generate steam.
“There are a number of uncertainties which will lead to continuing
adjustment of these forecasts as better insights are gained,” it
explains. “The global warming issue is a big wild card. Technology
developments in coal-to-liquids and solar power are also two big
variables. New technology will play a big role in shaping this
market.”
Economics and politics are also major variables, and continued
dependency on political stability in the middle east is a major
risk, it warns. “The vulnerability of nuclear, LNG oil and gas
production, and refining facilities contrasts with the relative
security of coal, wind, solar, biomass, and ethanol.”
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