8. Energy (for Brazil)
(this information is all new as of 13 Nov
2002 and comes from Source 29)
-Characterization
-Largest energy
consumer in South America, 9.1 quadrillion Btu of commerical energy in 2000
-Third largest energy
consumer in Western Hemisphere, behind US and Canada
-Per capita energy
consumption comparable to average per capita energy consumption for all of
Central and South America
-Largest emiter
of carbon dioxide in region, releasing 951 million metric tons of carbon
into atomosphere in 2000
-Carbon intensity,
amount of carbon emitted per dollar of GDP, is relatively low
-Brazilian Energy Sector
-Deregulation to
increase private investment
-Process to lay
groundwork for private investment stalled in wake of 1999 Brazilian currency
devaluation, as well as electricity crisis
-Strong political
opposition to privitization
-80% of Brazilian
electric generation remains in public hands
-Eletrobrás
Federal utility
Controls about half of country's installed capactiy and most of the large
transmission lines
Coordinates and supervised expansion and operation of generation, transmission
and distribution systems
-Oil:
-Second largest
oil reserves in South America (after Venezuela) at 8.4 billion barrels
-Production of almost
1.6 million barrels per day in 2001
-Oil consumption
almost 2.2 million barrels per day in 2001
-Imports from mostly
Venezuela and Argentina
-National Petroleum Agency (ANP)
-Petroleum Investment Law
-ANP overseeing process of opening
up Brazil's petroleum industry to other domestic and foreign players
==>hopefully lead to oil self-sufficiency for Brazil
-Petrobrás
-had monopoly over rights to explore, produce, refine and distribute oil
in Brazil
-Prices for oil were fixed
-In 1998, ANP announced that more than 92% of nation's sedimentary basins
were to be put up for bidding by other oil companies
-Natural Gas
-Production and consumption rose steadily
throughout the 1990's
-Imports beginning in 1999
-Natural gas reserves as of January
2002 at 7.8 trillion cubic feet
-fifth largest in South America behind Venezuela, Argentina, Bolivia, and
Peru
-Natural gas consumption expected to
rise in coming decade as country works to become self-supporting in oil
sector and lessen dependence on hydropower
-Coal
-Brazil's recoverable coal reserves
are estimated approximately 13.2 billion short tons of lignite and sub-bituminous
coal, largest coal reserves in Latin America
-Due to high ash and sulfur content
and low caloric value of domestic coal, Brazil imports a significant amount
of cal
-~6.8 million short tons produced in
2000
-Consumption about 23.5 million short
tons
-Steel industry largest coal consumer
-Nuclear Power
-2 operational nuclear plants, Angra-1
and Angra-2
-Nuclear Program came under Ministry
of Defense rather than Ministry of Mines and Energy
-Decrease in military funding meant delays in nuclear power plant construction
-Eletronuclear
-Government company, to assume responsiblity
for the plants
-1 under construction, Angra-3
-On hold, however electricity crisis may restart it, estimated 5 years to
become operational
-Ethanol and other biomass
Sugar Cane Industry:
-Generates more than 4,000 gigawatt
hours annually to run its own refineries and distilleries
-Has excess capacity of 200 MW
-Produces between 3.4 and 3.7 billion
gallons of ethanol for automobiles per year
-Came as result of oil shock of 1973
-1975: Brazilian National Alcohol
Program to regulate ethanol market and encourage production and use of fuel
ethanol
-Electricity
-Installed electric capactiy of 68.8
million kilowatts, 87% hydropower
(2000)
-342.3 billion killowatthours generated
in 2000, in 2000: 89% hydropower; in 1999: 91% hydropower
-One of world's top hydropower producers
-Brazil and Paraguay maintain world's
largest operation hydroelectric complex, the Itaipu facility on the Paraná
River, with capactiy of 12,600 megawatts
-Remaining electricity generation capactiy
from coal and increasingly from natural gas
-Brazil's small northern and larger
southern elctrical grids joined in January 1999 into one grid that serves
98% of the country
-Energy Shortage of 2001
-Insufficient rainfall for several
years left reservoirs 70% depleted
-Electricity demand grew rapidly in
1990's, with 2000 consumption about 58%higher than 1990 consumption
-Installed generation capacity grew
about 32% in 1990's
-Brazil slow to follow thru on plans
to build hydrocarbon-fired power plants
-Power rationing program
-effective June 2001 through March 2002
-Restrictions tightest in heavily populated southeast
and central-west regions
-Prevented rolling blackouts
The Massachusetts Institute of Technology
Contact: lacooney@mit.edu
_______________________________________________________________________________________________________________________________________________________________
Research Bibliography
***Note: I will update these web-sites as correct bibliographical
entries soon.
1. Palaeoceanography
Environmental Change Research Centre
2. Land Surface
Hydrology and Water Chemistry The Large Scale Biosphere-Atmosphere Experiment
in Amazonia (LBA)
3. The
source of the Amazon River was just recently discovered. Why did it take
so long? National Geographic Society
4. Tropical
Deforestation Fact Sheet NASA Earth Observatory
5. Effects of Deforestation
6. Amazonia
- Resiliency and Dynamism of the Land and its People Nigel J.H.
Smith, Emanuel Adilson S. Serrão, Paulo T. Alvim, and Italo C. Falesi,
United Nations University
7. Solving the Amazon?s climate
riddle By Ginger Pinholster, SCIENCE
8. Fish in the Trees
by Rachel Hauser, NASA Earth Observatory
9. River Seasons
by Laura Cheshire, NASA Earth Observatory
10. http://www.gsfc.nasa.gov/gsfc/educ/science/2001/01-04-01.htm
11. Amazon
Deconstruction: Cause and Effect camille, charlie,
hsing hsing, maya, pete, University of Washington
12. "Applications of Hillslope
Process Hydrology in Forest Land Management Issues: The Tropical North-East
Australian Experience", Mike Bonell
13. Dictionary of Geography, Oxford University Press
14. "WATER RESOURCES MANAGEMENT
FOR ENERGY GENERATION PURPOSES IN STREAMS PRESENTING STRONG SEASONAL FLOW
VARIATIONS - PLANNING ASPECTS",
Bela Petry & Doron Grull
15. "Analysis of the
Streamflow Record Extension for the Xingu River at Babaquara Maria
Elvira Pineiro Maceira and Jorge Machado Damazio
16. Seasonal Variations
in the evapotranspiration of a transitional tropical forest of Mato Grosso,
Brazil George Vourlitis, Nicolau Priante Filho, Mauro Hayashi,
Jose de S. Nogueira, Fernando Caseiro, Jose Holanda Campelo
17. Towards improving
natural resources use in Eastern Amazonia through a modified sequential agroforestry
system Sa, T.D. de A.; Vielhauer, K.; Kanashiro, M.; Denich, M.
and Vlek, P.L.G.
18. Cloud condensation
nuclei in the Amazon Basin: "Marine" conditions over a continent? Gregory
C. Roberts and Meinrat O. Andreae; Jingchuan Zhou; Paulo Artaxo
19.
Rates and Processes
of Amazon Deforestation Michael Glantz, Tandy Brook, Patricia Parisi
20.
Acid Rain
Environmental Protection Agency (EPA)
21. Effects
of Acid Rain: Lakes and Streams EPA
22. Sea
surface temperatures impact weather in Amazon basin Environmental
News Network, By Robinson Shaw
23. Giant
spy eye opens on world's biggest rainforest, Environmental News Network,
by Katherine Baldwin
24. Aluminum Companies
Urged to Scrap Plans for Amazon Dams Glenn Switkes
25. SIVAM
26. Chapter 1: Acidification and
Regional air Pollution in the Tropics by H. Rodhe, E. Cowling, I.E. Galbally,
J. N. Galloway and R. Herrera
Edited by Henning Rodhe and Rafael
Herrera, Acidification in Tropical Countries, John Wiley & Sons,
1988
27. Chapter 8: Acidification in Southeastern
Brazil by L. M. Moreira-Nordemann, M. C. Forti, V. L. Di Lascio, C. M.
do Espirito Santo and O. M. Danelon
Edited by Henning Rodhe and Rafael
Herrera, Acidification in Tropical Countries, John Wiley & Sons,
1988
28. Tucurui
Hydropower Complex Brazil, Final Report November 2000, Prepared for the World
Commision on Dams
29. Brazil Country Analysis
Brief Energy Information Administration
http://www.eia.doe.gov/emeu/cabs/brazil.html
30. Brazil: Environmental
Issues Energy Information Administration
The Massachusetts Institute of Technology
Contact: lacooney@mit.edu