This page summarizes projects that propose to bring more than 20,000 barrels per day (3,200 m3/d) of new liquid fuel capacity to market with the first production of fuel beginning in 2016. This is part of the Wikipedia summary of Oil Megaprojects.
Overview | 2003 | 2004 | 2005 | 2006 | 2007 | 2008 | 2009 | 2010 | 2011 | 2012 | 2013 | 2014 | 2015 | 2016 | 2017 | 2018 | 2019 | 2020 |
Terminology
The American Petroleum Institute gravity, or API gravity, is a measure of how heavy or light a petroleum liquid is compared to water: if its API gravity is greater than 10, it is lighter and floats on water; if less than 10, it is heavier and sinks.
Oil reserves denote the amount of crude oil that can be technically recovered at a cost that is financially feasible at the present price of oil. Hence reserves will change with the price, unlike oil resources, which include all oil that can be technically recovered at any price. Reserves may be for a well, a reservoir, a field, a nation, or the world. Different classifications of reserves are related to their degree of certainty.
Country | Project Name | Year startup | Operator | Area | Type | Grade | 2P resvs | GOR | Peak Year | Peak | Discovery | Capital Inv. | Notes | Ref |
---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
OPEC | ||||||||||||||
Angola | Kizomba Satellites Phase II | 2016 | ExxonMobil | ODW | Crude | 125 | [2] | |||||||
Angola | Negage | 2016 | Chevron | ODW | Crude | 75 | [2] | |||||||
Angola | Lucapa | 2016 | Chevron | ODW | Crude | 100 | [2] | |||||||
Angola | East Hub project (Cabaca Norte, South-East) | 2016 | Eni | ODW | Crude | 80 | [2] | |||||||
Angola | B31 SE | 2016 | BP | ODW | Crude | 200 | [2] | |||||||
Iran | Azadegan Ph 1 | 2016 | CNPC | Land | Crude | 75 | [3] | |||||||
Iran | South Pars Ph 11 | 2016 | CNPC | Offshore | Crude | 80 | [3] | |||||||
Iran | South Pars Ph 17-18 | 2016 | PetroPars, OIEC, IOEC | Offshore | Crude | 80 | [3] | |||||||
Iran | South Pars Ph 22-23-24 | 2016 | Petro Sina Arian, Sadra | Offshore | Crude | 77 | [3] | |||||||
Iran | Yadavaran Ph 1 | 2016 | Sinopec | LAND | Crude | Heavy | 3.20 | 85 | 2000 | [4] | ||||
Nigeria | Bonga SW; Aparo | 2016 | Shell | Crude | Light | 0.600 | 225 | 1998/2001 | [5] | |||||
Nigeria | Dibi Long-Term Project | 2016 | Chevron | Crude | 70 | [5] | ||||||||
Nigeria | Sonam Field Development | 2016 | Chevron | Crude | 30 | [5] | ||||||||
Nigeria | Bosi | 2016 | ExxonMobil | Crude | 140 | [5] | ||||||||
Nigeria | Erha North Phase 2 | 2016 | ExxonMobil | Crude | 60 | [5] | ||||||||
Nigeria | Satellite Field Development Phase 2 | 2016 | ExxonMobil | Crude | 80 | [5] | ||||||||
Nigeria | Uge | 2016 | ExxonMobil | Crude | 110 | [5] | ||||||||
Nigeria | Bongo North | 2016 | Shell | Crude | 100 | [5] | ||||||||
Nigeria | Usan Future Phases | 2016 | Total | Crude | 50 | [5] | ||||||||
Saudi Arabia | Manifa Ph 2 | 2016 | Saudi Aramco | OFF | Crude | 28 API | 16.820 | 300 | 1957 | [6] [7] [8] [9] | ||||
Non-OPEC | ||||||||||||||
Canada | Hebron (Ben Nevis) | 2016 | Exxon | OFF | Crude | Heavy | 0.730 | 140 | 1981 | [10] [11] [12] | ||||
Canada | Sunrise Ph 3 | 2016 | Husky Energy | Oil Sands | Bitumen | 1.0-2.2 | 0 | No FID, 50 kbd | SAGD | [13] [14] [15] | ||||
Canada | NAOSC Strathcona Ph 1 | 2016 | StatoilHydro | LAND | Bitumen | Oil Sands | 65 | [16] [17] | ||||||
Canada | Gregoire Lake (Phase 1) | 2016 | CNRL | LAND | Bitumen | Oil Sands | 30 | In-Situ, Announced | [18] | |||||
Canada | Joslyn Ph 2 | 2016 | CNRL | LAND | Bitumen | Oil Sands | 0 | Application No FID 50 kbd | [16] | |||||
Canada | Long Lake Upgrader Ph 3 | 2016 | OPTI /Nexen | LAND | Bitumen | Oil Sands | 0 | Mining, Upgrading, No FID, 60 kbd | [19] | |||||
Kazakhstan | Kashagan (Phase 2+, Satellites) | 2016 | ENI | OFF | Crude | 45 API | 7.8 | 2020 | 850 | 2000 | $136B, No FID | [20] [21] [22] [23] | ||
Malaysia | Malikai | 2016 | Shell | ODW | Crude | 150 | 2004 | [24] | ||||||
United Kingdom Falkland Islands | Sea Lion | 2016 | Rockhopper | OFF | Crude | .3556 | 2016 | 70 | [25] |
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Husky Energy Inc. is a Canadian-based integrated energy company, headquartered in Calgary, Alberta. Its common shares are publicly traded on the Toronto Stock Exchange under the symbol HSE. The Company operates in Western and Atlantic Canada, the United States and the Asia Pacific Region, with Upstream and Downstream business segments. Husky Energy is controlled by Hong Kong billionaire Li Ka-Shing who owns a majority share of approximately 70% according to Bloomberg and Financial Post data.
Eni S.p.A. is an Italian multinational oil and gas company headquartered in Rome. Considered one of the global supermajors, it has operations in 79 countries, and is currently world's 11th largest industrial company with a market capitalization of 68 billion euros, as of August 14, 2013. The Italian government owns a 30.303% golden share in the company, 3.934% held through the state Treasury and 26.369% held through the Cassa Depositi e Prestiti. Another 2.012% of the shares are held by the People's Bank of China. The company is a component of the Euro Stoxx 50 stock market index.
Kashagan Field is an offshore oil field in Kazakhstan's zone of the Caspian Sea. The field, discovered in 2000, is located in the northern part of the Caspian Sea close to Atyrau and is considered the world's largest discovery in the last 30 years, combined with the Tengiz Field.
Equinor ASA is a Norwegian multinational energy company headquartered in Stavanger, Norway. It is a petroleum and wind energy company with operations in thirty-six countries. By revenue, while under Statoil name, Equinor was ranked by Forbes Magazine (2013) as the world's eleventh largest oil and gas company and the twenty-sixth largest company, regardless of industry, by profit in the world. The company has about 20,200 employees.
This page summarizes projects that brought more than 20,000 barrels per day (3,200 m3/d) of new liquid fuel capacity to market with the first production of fuel beginning in 2003. This is part of the Wikipedia summary of Oil Megaprojects—see that page for further details. 2003 saw 30 projects come on stream with an aggregate capacity of 2.499 million barrels per day (397,300 m3/d) when full production was reached.
This page summarizes projects that brought more than 20,000 barrels per day (3,200 m3/d) of new liquid fuel capacity to market with the first production of fuel beginning in 2006. This is part of the Wikipedia summary of Oil Megaprojects. 2006 saw 30 projects come on stream with an aggregate capacity of 4.092 million barrels per day (650,600 m3/d) when full production was reached this list does not like include any of the enormous project developed in the United states which dwarf these by +-5000 BOE.
This page summarizes projects that brought more than 20,000 barrels per day (3,200 m3/d) of new liquid fuel capacity to market with the first production of fuel beginning in 2007. This is part of the Wikipedia summary of Oil Megaprojects.
This page summarizes projects that brought more than 20,000 barrels per day (3,200 m3/d) of new liquid fuel capacity to market with the first production of fuel beginning in 2008. This is part of the Wikipedia summary of Oil Megaprojects.
This page summarizes projects that propose to bring more than 20,000 barrels per day (3,200 m3/d) of new liquid fuel capacity to market with the first production of fuel beginning in 2009. This is part of the Wikipedia summary of oil megaprojects.
Following is a list of Oil megaprojects in the year 2010, projects that propose to bring more than 20,000 barrels per day (3,200 m3/d) of new liquid fuel capacity to market with the first production of fuel. This is part of the Wikipedia summary of Oil Megaprojects.
Following is a list of Oil megaprojects in the year 2011, projects that propose to bring more than 20,000 barrels per day (3,200 m3/d) of new liquid fuel capacity to market with the first production of fuel. This is part of the Wikipedia summary of Oil Megaprojects.
This page summarizes projects that propose to bring more than 20,000 barrels per day (3,200 m3/d) of new liquid fuel capacity to market, with the first production of fuel beginning in 2012. This is part of the Wikipedia summary of oil megaprojects.
This page summarizes projects that propose to bring more than 20,000 barrels per day (3,200 m3/d) of new liquid fuel capacity to market, with the first production of fuel beginning in 2013. This is part of the Wikipedia summary of oil megaprojects.
This page summarizes projects that propose to bring more than 20,000 barrels per day (3,200 m3/d) of new liquid fuel capacity to market with the first production of fuel beginning in 2014. This is part of the Wikipedia summary of Oil Megaprojects.
This page summarizes projects that propose to bring more than 20,000 barrels per day (3,200 m3/d) of new liquid fuel capacity to market with the first production of fuel beginning in 2015. This is part of the Wikipedia summary of Oil Megaprojects.
This page summarizes projects that propose to bring more than 20,000 barrels per day (3,200 m3/d) of new liquid fuel capacity to market with the first production of fuel beginning in 2017. This is part of the Wikipedia summary of Oil Megaprojects.
This page summarizes projects that propose to bring more than 20,000 barrels per day (3,200 m3/d) of new liquid fuel capacity to market with the first production of fuel beginning in 2018. This is part of the Wikipedia summary of Oil Megaprojects.
Peak oil is the point at which oil production, sometimes including unconventional oil sources, hits its maximum. Predicting the timing of peak oil involves estimation of future production from existing oil fields as well as future discoveries. The most influential production model is Hubbert peak theory, first proposed in the 1950s. The effect of peak oil on the world economy remains controversial.
This page summarizes projects that propose to bring more than 20,000 barrels per day (3,200 m3/d) of new liquid fuel capacity to market with the first production of fuel beginning in 2020. This is part of the Wikipedia summary of Oil Megaprojects.