The Application of Gel in Water Flooding of Unconsolidated Sands
Department
Geosciences and Geological and Petroleum Engineering
Major
Petroleum Engineering
Research Advisor
Bai, Baojun
Advisor's Department
Geosciences and Geological and Petroleum Engineering
Funding Source
Dr. Bai’s office
Abstract
With the worldwide production of hydrocarbon, an increasing challenging problem is how to get high oil recovery from the reservoir rather than drill more wells. Water flooding is the most significant way in secondary oil recovery by injecting water into the certain formation to displace oil. This experiment is a simulated situation to displace oil from ideally 100% oil saturation sand formation with water flooding. Usually the problem associated this technique is inefficient recovery due to variable permeability. Thus, we inject a certain amount of gel, after sufficient water injection until little oil could be swept anymore, to block the high permeable zone. As the pathway where water used more likely to go through is blocked, we could continue another set of experiment of water injection to displace the oil in low permeable zone. This experiment is focusing on how gel could affect the oil recovery during water flooding.
Biography
Qiang Guo is a senior in Petroleum Engineering, Missouri University of Science and Technology. He has been devoted to the study of unconventional reserve and oil recovery. His thought is to try best to exploit more from developed wells. This project is a result of GQ’ idea combined with practice. Besides, GQ had intern experience in Halliburton for completion and management and stimulation in Antonoil.
Research Category
Engineering
Presentation Type
Poster Presentation
Document Type
Poster
Location
Upper Atrium/Hall
Presentation Date
16 Apr 2014, 1:00 pm - 3:00 pm
The Application of Gel in Water Flooding of Unconsolidated Sands
Upper Atrium/Hall
With the worldwide production of hydrocarbon, an increasing challenging problem is how to get high oil recovery from the reservoir rather than drill more wells. Water flooding is the most significant way in secondary oil recovery by injecting water into the certain formation to displace oil. This experiment is a simulated situation to displace oil from ideally 100% oil saturation sand formation with water flooding. Usually the problem associated this technique is inefficient recovery due to variable permeability. Thus, we inject a certain amount of gel, after sufficient water injection until little oil could be swept anymore, to block the high permeable zone. As the pathway where water used more likely to go through is blocked, we could continue another set of experiment of water injection to displace the oil in low permeable zone. This experiment is focusing on how gel could affect the oil recovery during water flooding.
Comments
Joint project with Yiwen Gong