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EOR oil recovery in the world

enhanced oil recovery (EOR), also called enhanced recovery recovery tertiary oil or oil is most often achieved by injecting a liquid or gas in a tank of oil, reducing oil viscosity and increase the amount of oil available for production. Some methods of enhanced oil recovery most common CO2-EOR, thermal and chemical EOR EOR. Microbial EOR and seismic EOR also have a stake in the market of the Republic of China. Although only about 10% – 30% of the oil is usually extracted by production conventional oil, oil recovery methods can improve the recovery rate of an additional 5% to 20% at an average conservative.
The global market of the RMP, estimated at about 62.5 billion U.S. dollars (per barrel of crude oil) for the year 2009, interest has grown since 2005, when they amounted to 3.1 billion dollars. Technology implementation challenges, regulation of fog, and costly are often kept oil companies to use EOR. However, EOR is rapidly easier due to interest from government and increased investment, new technologies and greater availability of necessary equipment (such as CO2). It is anticipated the ROC will continue to play well in the world market.
governments around the world in the interest EOR has been driven by a series of factors, the most obvious is the increase in oil production. In addition to increasing oil income countries that are able to increase production of oil are often below the growing demand for oil imports. He also was a lot of anticipation about the use of CO2-EOR to sequester CO2 so Standing on the floor. An estimated 130 million tons of CO2 World could be captured by the use of CO2-EOR, thereby helping to reduce industrial emissions, and to in turn reduces emissions of greenhouse gases. Some governments are also aware that the Republic of China has the potential to boost economic growth substantially. In Texas, where EOR is now 20% of its oil production is estimated that the benefits of EOR production will translate into additional income Two hundred billion and create 1.5 million jobs.
Many oil fields in the world have experienced or are experiencing a decline in oil production using EOR has the potential to reverse this downward trend. Oman oil production history shows that, in production between 2001 and 2007, oil has dropped 27%, but in 2009, mainly due to recovery projects in oil, oil production increased by 17%.
ROS Improved Recovery oil in the global world contains historical (2005-2009) the size and forecast (2010-2015) data, the higher the percentage of oil production EOR global market standard in terms of barrels of oil and the dollar. This report identifies key trends, regulations, new technologies, economic factors, environmental factors, and obstacles of the industry on the orientation and size of market growth, and analyzes the market size and growth in different countries. Profiles of the main – or only interesting – companies using the ROC are also included.
Methodology Report

The information contained in EOR enhanced oil recovery in the world is based on data from government agencies such as Bureau Census, United States Department of Energy and the Central Intelligence Agency, trade associations, business, literature and scientific journals of company law and websites, interviews with key people and services and research institutes worldwide.
How do you benefit from this report

Enhanced Oil Recovery ROS information in the world of the most significant trends, figures and technology for a clear view of complex market Republic China.
This report helps:
• Managers identify market opportunities and develop plans for implementing the RMP.
• Research and development professionals stay abreast of competition initiatives and explore the ups and downs associated with oil EOR projects.
• Advertising agencies working with clients in the petroleum and energy to help develop appropriate messages and images to the EOR market.
• Senior executives business development to understand the market dynamics and identify possible partnerships.
• Center for Information and access to research librarians vital information.

Contents
Chapter 1: Overview
Market Scope
Methodology Report
List of the Republic of China and Regulation
EOR 70% of conventional oil in the leaves
ROC Rules still in early development
Market size and growth
Figure 1-1: Total value of the Republic of China in the world, 2005-2009 (in billion $)
Oil Market Share EOR totaling approximately 3.3%
Figure 1-2: Share of the Republic of China Total dollars in the oil market, 2009 (in%)
EOR market value should reach 1.3 billion dollars in 2015
Figure 1-3: Projected Growth EOR Globally, in monetary value, 2009-2015 (in million $)
EOR in the world
Saudi Arabia for the use of CO2-EOR in the global oil field
fields of Alberta oil particularly suitable for CO2-EOR
Industry Advantages and barriers
Oil prices the market has spoken ROC
Alternative fuel sources more available
Funds for promoting R & D ROC market growth
All EOR methods suitable for all oil fields
The current technological advances
Industrial emissions of CO2 EOR: Gasification Technology
Technology ® Brightwater reservoir sweep efficiency
Saudi Aramco create microscopic robots for monitoring ROS
And environmental impact factors
Carbon sequestration and reducing greenhouse gases
Environmentalists can stifle progress ROC
Abbreviations
Table 1-1: Abbreviations used in this report

Chapter 2: Overview of the Republic of China and Regulation
Defining EOR
Recovery conventional oil leaves 70% of the oil tank
The beginnings of the oil recovery
Phases of oil recovery
recovery primary
secondary recovery
Tertiary recovery
There are three main methods of Enhanced Oil Recovery
Other methods oil recovery
Regulation of the Republic of China is still in early development
Increased regulation and market growth go together
The Kyoto Protocol
The carbon emissions trading market
Clean development mechanism
JI
The United Nations Conference climate change in Copenhagen
OPEC's objectives, coordinate and unify policies across countries
The fragmentation of land ownership can be a nightmare

Chapter 3: Market size and growth
Oil production value reached nearly $ 1.9 trillion in 2009
Figure 3-1: Dollar value of total production of oil in the world, 2005-2009 (in billion $)
Total Oil Production Falls in 2008
Figure 3-2: Total value of global oil production in barrels, 2005-2009 (in barrel)
EOR reaching almost U.S. $ 62.5 billion in 2009
Figure 3-3: Total value of the Republic of China in the world, 2005-2009 (in billion $)
ROS production is approaching 1.4 billion throughout the World barrels in 2009
Figure 3-4: ROC total world production, in barrels, 2005-2009 (in barrel)
Republic of China growth compared with growth total oil
Figure 3-5: Growth of ROS production on total production of oil in world growth, in dollars, 2005-2009 (in% exchange)
EOR oil market share about 3.3% Total
Figure 3-6: Percentage of total dollars EOR oil market, 2009 (in%)
Republic of China share of world oil, according to the method
Figure 3-7: Share of global EOR production, by method 2009 (in barrel)
The small world oil production should continue to rise
barrels Figure 3-8: Projected production total oil in the world, in barrels, 2009-2015 (in millions)
Projected growth in the world of RMP Monumental
Figure 3-9: Projection of the Republic China barrels of world production, in barrels, 2009-2015 (in millions)
Market Value Republic of China expected to reach 1.3 billion dollars 2015
Figure 3-10: Projected Growth in the EOR world, monetary value, 2009-2015 (in million $)
EOR expected growth for three scenarios
Figure 3-11: ROC growth forecasts based on oil prices per barrel, three scenarios, 2009-2015 (in million $)
Table 3-1: Projected market value of the price ROC oil based on the dollar per barrel in three scenarios, 2010-2015 (in millions)
R ROC Market High gas prices + D Increase funding and Propel
Figure 3-12: ROC anticipated market growth under the influence of potential revenue for the oil industry based on oil prices, according to three scenarios, 2009-2015 (In barrels, billions)
Table 3-2: Market Growth of the Republic of China, as the influence of potential revenue for the oil industry, based in the price of oil, 2009-2015 (percentage increase in dollars)
ROC-share includes one third of the total oil market in 2015
Figure 3-13: Projected Market Share EOR in the world, 2015 (barrels)
Figure 3-14: Projected Market Share of ROS in the world, whereas low oil price scenario, 2015 (in barrel)
Figure 3-15: Projected Worldwide Market Share ROC scenario given high oil prices, 2015 (in barrel)
Share EOR worldwide
Figure 3-16: ROC of Action, by country, 2009 (in barrels)
Figure 3-17: RAP in the world, by country, 2009 (barrels)
More countries share market change dramatically ROS
Figure 3-18: Projected Market Share of ROS in the world of production in barrels, by country, 2015 (in%)
Table 3-3: Projection of the Republic of China in the global market share in the production of barrels per country, with percentage change, 2009-2015 (In%)
Or has the potential to increase oil recovery by 18.0%
Figure 3-19: recovery potential of RAP, as compared with the methods based conventional proven reserves in 2009 world (in barrels)
EOR potential oil reserves and proved, by country
Figure 3-20: Potential the Republic of China for production by country and by 2009 proven oil reserves, 2009 (barrels, millions of dollars)
Table 3-4: Potential recovery conventional and EOR on the basis of proven oil reserves by country, 2009 (barrels, millions of dollars)
potential reserves estimated at 14.0 million barrels
Figure 3-21 barrels: EOR potential recovery of 2009 (In billions)
ROC Equipment and Components

Chapter 4: Republic China in the world
The use of RAP in the world
Saudi Arabia to use CO2-EOR in the global oil field
Mature oil fields in Russia Enjoy Republic of China
U.S. Memories of CO2-EOR
ABOUT
Central American Initiative for Clean Coal
The Pipeline and Safety Administration Hazardous Materials
EPA proposes new Well of the category and the Rules for the ACH
UIC under the Act, the Safe Drinking Water
Environmental Policy Act National
Tax credit for the kidnapping of U.S. CO2-EOR
Do not invest in Iran in EOR
China has huge potential EOR
Brazil discovered a site of large offshore gas
EOR in Mexico has contributed to reduced production decline
Alberta oil fields in Canada suitable for CO2-EOR
Energy and the Canadian Utility Board
Alberta Oil & Gas Conservation Regulations
UAE Major Expansion Plans
Venezuela has EOR the potential to add 40 billion barrels
EOR in Kuwait awaiting
All Production Offshore Norway EOR
The threat of armed rebels slow production Nigeria's oil
Algeria has the pretension About 2.4% of market share for the year 2015 the Republic of China
Iraq offers manufacturing services international business contract
Foreign oil companies are investing in the oil fields of Angola
Sanctioned by the Libyan United Nations is free to move
UK to increase the productivity of mature fields Thanks ROC
Qatar hopes that the Republic of China to compensate the expected decline in oil
ROS can save oil production of Oman
Syria RAH cyclic steam

Chapter 5: The benefits of the industry and barriers
EOR market affects the world economy
Growing global economy affects ROC
The price of oil on the market Queen's Republic of China
Figure 5-1: The historical price of oil, the world average of 1980-2009 (in dollars per barrel)
Oil demand is increasing worldwide
Table 5-1: Oil consumption report on production, exports and imports, selected countries, 2008 (in million barrels per day)
China will soon lead the world energy
Figure 5-2: Energy Use and history projects, some countries (in trillion BTU, 1990-2030)
Strong demand for petroleum products in the world
effectiveness of regulation can stifle growth ROC
Some say up to 1.0 billion barrels of undiscovered oil
"Be easy oil" rare
Figure 5-3: The share of oil in the world, according to the type of oil, 2010
Arenas fat a hidden gold mine
Only about a quarter of the world's offshore oil output
Potential to sequester CO2-EOR is equal to about 130 billion tons
Figure 5-4: Providers using the ROS anthropogenic CO2, by industry (based tonnes),
CO2 EOR industry to develop beyond
Storage available for non-CO2 EOR Options
The increase in emissions pipes CO2 creating market stability
Producers Join Forces CO2 EOR industry
Energy and Agrium Sign CO2 Agreement
Dow Provides CO2 in Denbury land
energy green coke gasification plant at Hunton "to the Offer CO2
SaskPower for the supply of CO2 for EOR projects oil
ExxonMobil signs agreement with CO2 Rancher
Company focuses on the development and commercialization of chemical EOR
In the sources alternative fuel becomes more accessible
BioDiesel
Methanol
Corn ethanol
Cellulosic biofuels
Synfuels
Liquid coal fuel
Biofuels from algae
Solar Car
Fuel clean coal technology
Funding for R & D ROC fueling the market growth
The Government of Canada Alberta finance 240 km of CO2 pipelines
Canada pledges 3.4 billion of CO2 EOR Project Pengrowth million
Government of Alberta invested $ 271,000,000 gasification project
Support to Britain in large-scale demonstration CCS
Enlarge EOR schemes leads to employment growth
Electric cars reduce oil demand
Rise of the BRIC countries car
support Republic of China U.S. energy independence in Foster
Petroleum Material costs fluctuate wildly Recovery
Figure 5-5: The cost average CO2 capture by source (in tonnes)
Primary recovery methods are more advanced
Obama oil market fears U.S. proposals
Commercial CCS in developing countries relying on coal
Some countries heavily dependent on oil money
Success Stories
Hits project sponsored by the DOE Milestone 1.0 million tonnes of CO2 injected
Study of Saskatchewan's largest full-scale CO2 storage
practice CO2-EOR established in Texas for over 35 years
Salt Creek field in Wyoming CO2 Flooding Since 1986
Judgments Growth Industry of the Republic China
All methods of EOR suitable for all oil fields
RAP implementation process is sometimes slow
Costs Start ROS can be high
ROS not as viable for small producers
Republic of China in its infancy unforeseen obstacles ahead
Pure CO2 from rare natural source
CO2 pipelines can be high maintenance
Sites Worth future CO2-EOR sequestration should not be neglected
Natural disasters inevitable
CO2 can be corrosive to pipes
Peak Oil – Myth or reality?

Chapter 6: current technological advances
Industrial emissions of CO2 for EOR: gasification technology
Low carbon technologies Coal pure clean dirty reputation
Meoro has enormous potential, but still unreliable
Resolution 4-D seismic monitoring high
3-D seismic increases ROS production in some wells
Horizontal drilling adds 11,000 barrels daily Barmer field in Rajasthan
Change of CO2 to improve the viscosity of the shell sweeps
Brightwater Reservoir Sweep Efficiency Technology
PetroLuxus solution offers "green" option for oil wells
PowerWave to a wider distribution of CO2
Saudi Aramco To create microscopic robots for monitoring ROS
Canadian Coal to liquid CO2 capture project
Dragon uses technology KEP Corybas Chemistry
Kansai Carbon Dioxide Recovery Process-Mitsubishi
The injection of water and natural gas from Prudhoe Bay in Alaska
The Acrylamide in growing demand EOR almost 5.0% per year
Nanotechnology EncapSol Environment Friendly
Conoco to invest $ 400,000 / year in research Nanotechnology
Some polymer flooding systems increase production 40.0%
Search surfactants in the Republic of China
The Joint implementation vapor extraction
Wettability related phenomena

Chapter 7: Environmental factors and the impact
Increased production Oil is an increase in emissions
Approximately 83% of emissions of greenhouse gases are CO2
CO2 emissions in the world
Figure 7-1: CO2 emissions in the world, some countries (based on 2006 data, in megatons)
Historical emissions of CO2
Table 7-1: Historical CO2 Emissions some oil producing countries (1990-2006, in millions of metric tons)
Projected CO2 emissions
Figure 7-2: Projections of emissions CO2 Select oil-producing countries, 1990-2030 (million tonnes)
Carbon sequestration and the reduction of emissions of greenhouse gases
Disappearance of the EPA's research in the United States a threat to oil recovery
Scientists try to discredit global warming global
The CO2 leaks can compromise the integrity of the draft EOR
Environmentalists ground patrol in EOR
Greenpeace focuses on the oil sands mines
Monetary benefits may outweigh the environmental impact of certain Alaska
Environmentalists can stifle progress ROC

Chapter 8: Business Strategy
EOR used mainly by higher
Saudi Arabian Oil Company
Table 8-1: Profile of Saudi Arabian Oil Company
Corporate Overview
Performance
Portfolio
Developments Republic of China
PetroChina Company Limited
Table 8-2: PetroChina Company Limited Profile
Overview
Portfolio
Performance
Developments Republic of China
Exxon Mobil Corporation
Table 8-3: Exxon Mobil Corporation Profile
Corporate Overview
Performance
Portfolio
Developments Republic of China
Chevron Corporation
Table 8-4: Profile of Chevron Corporation
Corporate Overview
Performance
Portfolio
Developments Republic of China
Royal Dutch Shell plc
Table 8-5: Royal Dutch Shell plc, the profile
Company Overview
Performance
Portfolio
Developments Republic of China
Cairn Energy plc
Table 8-6: Cairn Energy plc, the profile
Corporate Overview
Performance
Portfolio
EOR Promotions
Penn West Energy Trust, Incorporated
Table 8-7: Trust Penn West Energy, Incorporated Profile
Corporate Overview
Performance
Portfolio
Developments Republic of China
Statoil
Table 8-8: Statoil ASA, the profile
Corporate Overview
Performance
Portfolio
EOR Promotions
Improve Energy, Incorporated
Table 8-9: Improvement of Energy, Incorporated Profile
Corporate Overview
Performance
The evolution of the portfolio and EOR

About the Author

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