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EIA: U.S. Gulf of Mexico Crude Oil Production, Already at Annual High, Expected to Keep Increasing

U.S. crude oil production in the Federal Gulf of Mexico (GOM) set an annual high of 1.6 million barrels per day (b/d) in 2016, surpassing the previous high set in 2009 by 44,000 b/d. In January 2017, GOM crude oil production increased for the fourth consecutive month, reaching 1.7 million b/d. On an annual basis, oil production in the GOM is expected to continue increasing through 2018, based on forecasts in EIA’s latest Short-Term Energy Outlook (STEO).

9 1EIAGom1Source: EIA

In 2016, eight projects came online in the GOM, contributing to the high production levels. Another seven projects are anticipated to come online by the end of 2018. Based on anticipated production levels at these new fields and existing fields, annual crude oil production in the GOM is expected to increase to an average of 1.7 million b/d in 2017 and 1.9 million b/d in 2018.

Because of the length of time needed to complete large offshore projects, oil production in the GOM is less sensitive to short-term oil price movements than onshore production in the Lower 48 states. Recent crude oil price increases have not had a significant impact on operations in the GOM. Rotary rig counts in the GOM—including both gas- and oil-directed rigs—have actually declined since crude oil prices increased following the November 2016 Organization for the Petroleum Exporting Countries (OPEC) announcement to cut production.

However, long-term trends also affect GOM oil production. The number of rotary rigs operating in the GOM decreased from an average of 55 in 2014, when the Brent crude oil spot price began dropping, to 22 in 2016. The number of development and exploratory wells has fallen in each year since 2012. Although the number of operating rotary rigs in the GOM increased from 2012 to 2014, falling crude oil prices in 2014, along with drilling delays caused by the 2013 discovery of faulty rig safety equipment, led to decreasing drilling activity in that period.

9 2EIAGOM2Source: EIA

Exploratory wells are favored in the current low-price environment as they allow operators to identify promising areas in the event that oil prices increase. Resources estimated from discoveries made through exploratory drilling can add to the value of oil producers’ inventory of assets. Exploratory wells are drilled to find new reservoirs (in either a new area or in a known field). Once a reservoir has been discovered, development wells are drilled to maximize production from the reservoir, based on geologic conditions, economics, and project timelines. In recent years, the number of development wells has fallen much faster than the number of exploratory wells. This reflects operators taking advantage of the lower day-rates in the current low price environment, with expectations of higher returns when crude oil prices rise and discoveries are brought into production. Uncertainties in oil markets may still affect long-term planning and operations in the GOM, and the timelines of future projects may change accordingly.

Deepwater Gulf of Mexico field starts (2016)

Field NameMajority OperatorAssociated ProjectWater Depth (ft)Discovery Year
Gunflint Noble Energy Freedom 6,138 2008
Heidelberg Anadarko Heidelberg 5,271 2009
Julia ExxonMobil Jack/St. Malo 7,087 2007
Kodiak BP Devils Tower 5,006 2008
Stones Shell Turritella 9,556 2005
Thunder Horse South Expansion* BP Thunder Horse 6,050 1999
Wide Berth Apache Baldpate 3,700 2009
Caesar/Tonga Phase II* Anadarko Casear/Tonga 5,000 2003

Anticipated Deepwater Gulf of Mexico field starts (2017-18)

Field NameMajority OperatorWater Depth (ft)Discovery YearAnticipated Production Start
Son of Bluto 2 LLOG 6,461 2012 2017
Horn Mountain Deep Freeport McMoRan 5,400 2015 2017
Amethyst Stone Energy 1,200 2014 2018
Atlantis North BP 7,128 1998 2018
Stampede-Knotty Head Hess 3,557 2005 2018
Stampede-Pony Hess 3,497 2006 2018
Otis LLOG 3,800 2014 2018

Source: U.S. Energy Information Administration, based on trade press and industry presentations
Note: Fields noted with asterisks are redevelopments or expansions. The Caesar/Tonga Phase II complex includes three fields that were discovered separately.

Principal contributors: Terry Yen, Matthew French

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