Javascript must be enabled to continue!
Enhanced Oil Recovery for Independent Producers
View through CrossRef
ABSTRACT
This paper presents a survey of enhanced oil recovery (EOR) technologies with an emphasis on methods currently of major importance to independent producers. The survey quantifies oil recovery as a percent of- original oil-in-place, and documents EOR efficiency for each of the major methods.
Low to moderate crude oil prices over the last five years have limited the widespread application of EOR methods. Both improved technologies—including better process efficiencies— and properly designed tax incentives are required to stimulate the implementation of new EOR projects. Several states have enacted- or are considering tax incentives for EOR; federal legislation that included incentives for EOR went into effect in 1991. Highlights and status of both federal and state incentive measures are provided.
Several state-funded efforts are underway that can assist independent producers with EOR as well as other new technologies. Efforts in progress- or planned at the state level are outlined. These efforts range from laboratory research to technology transfer activities.
The U.S. Department of Energy recognizes the need to have EOR technology implemented by independent producers. This paper provides a summary of the programs now underway and planned at the federal level.
Because of the large front-end investment and complicated nature of many of the EOR processes, some of these methods are less attractive to independent producers, even at higher oil prices. For other techniques, sufficient technology is available and processes can be implemented by operators of any size. Most of the studies conducted to date on the future of enhanced recovery apply to large, major oil companies. The paper shows that the criteria used for implementation and the future of EOR may be quite different for independent oil producers.
Title: Enhanced Oil Recovery for Independent Producers
Description:
ABSTRACT
This paper presents a survey of enhanced oil recovery (EOR) technologies with an emphasis on methods currently of major importance to independent producers.
The survey quantifies oil recovery as a percent of- original oil-in-place, and documents EOR efficiency for each of the major methods.
Low to moderate crude oil prices over the last five years have limited the widespread application of EOR methods.
Both improved technologies—including better process efficiencies— and properly designed tax incentives are required to stimulate the implementation of new EOR projects.
Several states have enacted- or are considering tax incentives for EOR; federal legislation that included incentives for EOR went into effect in 1991.
Highlights and status of both federal and state incentive measures are provided.
Several state-funded efforts are underway that can assist independent producers with EOR as well as other new technologies.
Efforts in progress- or planned at the state level are outlined.
These efforts range from laboratory research to technology transfer activities.
The U.
S.
Department of Energy recognizes the need to have EOR technology implemented by independent producers.
This paper provides a summary of the programs now underway and planned at the federal level.
Because of the large front-end investment and complicated nature of many of the EOR processes, some of these methods are less attractive to independent producers, even at higher oil prices.
For other techniques, sufficient technology is available and processes can be implemented by operators of any size.
Most of the studies conducted to date on the future of enhanced recovery apply to large, major oil companies.
The paper shows that the criteria used for implementation and the future of EOR may be quite different for independent oil producers.
Related Results
Current therapeutic strategies for erectile function recovery after radical prostatectomy – literature review and meta-analysis
Current therapeutic strategies for erectile function recovery after radical prostatectomy – literature review and meta-analysis
Radical prostatectomy is the most commonly performed treatment option for localised prostate cancer. In the last decades the surgical technique has been improved and modified in or...
A Proposal To Improve recovery Efficiency
A Proposal To Improve recovery Efficiency
To substantiate our recommendations for secondary recovery by infill drilling and waterflooding, it was necessary to show that there is some relationship between spacing and ultima...
Crude Oil Characterization For Micellar Enhanced Oil Recovery
Crude Oil Characterization For Micellar Enhanced Oil Recovery
Abstract
Chemically enhanced oil recovery depends on the phase and interfacial properties of the crude phase and interfacial properties of the crude Oil-brine-sur...
Active Versus Passive Recovery During High Intensity Intermittent Treadmill Running in Collegiate Sprinters
Active Versus Passive Recovery During High Intensity Intermittent Treadmill Running in Collegiate Sprinters
Most studies on manipulating recovery variables during interval exercise have focused primarily on aerobic training and performances. It was the purpose of this study to investigat...
Experimental Investigation of the Suitability of Afzelia africana and Colocasian esculenta as Alternative to Hydroxyethyl cellulose in Enhanced Oil Recovery
Experimental Investigation of the Suitability of Afzelia africana and Colocasian esculenta as Alternative to Hydroxyethyl cellulose in Enhanced Oil Recovery
Polymer flooding is a chemical enhanced oil recovery where polymer is injected into the reservoir to recover oil that remained in the reservoir after the primary and secondary reco...
Field Experience With Chemical Oil Recovery Methods
Field Experience With Chemical Oil Recovery Methods
Abstract
Typically, when an oil reservoir becomes uneconomic to produce -- after primary and secondary methods have been exhausted -- over two-thirds of the origi...
Experimental Investigation of Oil Displacement Caused by Fracturing Fluid Imbibition in Hydraulically Fractured Oil-Wet Shale Reservoirs
Experimental Investigation of Oil Displacement Caused by Fracturing Fluid Imbibition in Hydraulically Fractured Oil-Wet Shale Reservoirs
Abstract
Spontaneous imbibition (SI) has proven to be an effective method for enhancing oil recovery in water-wet shale reservoirs due to the capillary force. There ...
Investigation of the Ionic Interactions of Using Nanoparticles in Waterflooding
Investigation of the Ionic Interactions of Using Nanoparticles in Waterflooding
Abstract
Nanotechnology is one of the modern techniques that can be used for enhancing the oil recovery. Enhanced oil recovery (EOR) is mainly used after oil product...


