Vol.8 No.1
Year: 2013
Issue: November-January
Year: 2013
Issue: November-January
Title : Future Generation of Enhanced Oil Recovery
Author Name : Sayavur I. Bakhtiyarov, Geilani M. Panakhov , Eldar M. Abbasov , Gulshan R. Agayeva , Gabil A. Aliyev , Sevinj R. Rasulova
Synopsis :
A new technological technique based on the “moist” carbon dioxide generation in the wellbore zone of the oil formations or at the wellhead is proposed. In this new technology a carbon dioxide is generated as a result of the chemical reaction between an aqueous acid solution and a natural calcium carbonate rock (limestone) as a “gas yielding” component. The mechanism of the process allows controlling a generation rate and a volume of the gas, the thermobaric conditions of the oil formation, mineral and acidity levels of water and a phase state of carbon dioxide. An industrial application of this technology in a large scale has a significant ecological importance as this technology utilizes the wastes of processing plants of the natural minerals, which is considered as a major source of the pollution of atmosphere by greenhouse gas emissions.
Author Name : Sayavur I. Bakhtiyarov, Geilani M. Panakhov , Eldar M. Abbasov , Gulshan R. Agayeva , Gabil A. Aliyev , Sevinj R. Rasulova
Synopsis :
A new technological technique based on the “moist” carbon dioxide generation in the wellbore zone of the oil formations or at the wellhead is proposed. In this new technology a carbon dioxide is generated as a result of the chemical reaction between an aqueous acid solution and a natural calcium carbonate rock (limestone) as a “gas yielding” component. The mechanism of the process allows controlling a generation rate and a volume of the gas, the thermobaric conditions of the oil formation, mineral and acidity levels of water and a phase state of carbon dioxide. An industrial application of this technology in a large scale has a significant ecological importance as this technology utilizes the wastes of processing plants of the natural minerals, which is considered as a major source of the pollution of atmosphere by greenhouse gas emissions.
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