Enhanced Oil Recovery: An Update Review

Повышение нефтеотдачи: обзор современного состояния
Eduardo Manrique, Vladimir Alvarado
2010-08-27

CO2 injectionCO2-EOR project economicsChemical floodingEnhanced oil recoveryHigh pressure air injection
With the decline in oil discoveries during the last decades it is believed that EOR technologies will play a key role to meet the energy demand in years to come. This paper presents a comprehensive review of EOR status and opportunities to increase final recovery factors in reservoirs ranging from extra heavy oil to gas condensate. Specifically, the paper discusses EOR status and opportunities organized by reservoir lithology (sandstone and carbonates formations and turbiditic reservoirs to a lesser extent) and offshore and onshore fields. Risk and rewards of EOR methods including growing trends in recent years such as CO2 injection, high pressure air injection (HPAI) and chemical flooding are addressed including a brief overview of CO2-EOR project economics.
1
EOR applications are organized by reservoir lithology, including sandstone, carbonate, and, to a lesser extent, turbiditic reservoirs, as well as offshore and onshore settings.
2
Enhanced oil recovery technologies are expected to become increasingly important for meeting future energy demand as oil discoveries decline.
3
The paper assesses risks and rewards of EOR methods, highlighting recent growth in CO2 injection, high-pressure air injection, and chemical flooding.
4
The review evaluates EOR status and opportunities for increasing ultimate recovery across reservoirs ranging from extra-heavy oil to gas condensate.
5
The review includes a brief assessment of the economics of CO2-EOR projects.

Oil reservoirs ranging from extra-heavy oil to gas-condensate reservoirs, including sandstone, carbonate, and turbiditic formations in offshore and onshore fields

Enhanced oil recovery status, opportunities, risks, rewards, and economics, with emphasis on CO2 injection, high-pressure air injection (HPAI), and chemical flooding

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2010-08-27
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Eduardo Manrique
Vladimir Alvarado
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