The Experts below are selected from a list of 12 Experts worldwide ranked by ideXlab platform
Al-reshedan, Faisal S. - One of the best experts on this subject based on the ideXlab platform.
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Evaluation the methodologies of analyzing production and Pressure data of hydraulic fractured wells in low permeability gas reservoirs
Ufa State Petroleum Technological University, 2009Co-Authors: Al-reshedan, Faisal S., Gawish Ahamed, Dmour, Hazim N.Abstract:Production data analysis approaches have advanced significantly over the past few years. While many different methods have been published in the literature, there is no single method that yields the most reliable answer. Analyzing production history and Pressure data of a hydraulically fractured gas well in low permeability reservoir can be an effective way to estimate the well and reservoir properties. However, fractured gas wells in low permeability reservoirs represent a challenge to petroleum engineers. This is because of the presence of wellbore storage, formation damage and Non-Darcy flow effects around wellbore. This study uses an advanced production analysis package, Topaze software, to evaluate the most applicable methods for use in determining well and reservoir parameters, and estimating the gas in place for hydraulically fractured gas wells in low permeability reservoirs. Field and simulated examples are presented to illustrate the evaluation of these methods. Results from this study show that modern methods such as Blasingame, Normalized Pressure Integral and the Flowing Material Balance are valuable analysis tools for production history and Pressure data. Both Pressure transient analysis and production analysis have been studied. The interaction of changing wellbore storage and Non-Darcy flow effects on the analysis of production and Pressure data have been studied. Results show that using flowing Pressure data in production analysis will be more representative and descriptive of the reservoir than using wellhead Pressure data for gas well
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Evaluation the methodologies of analyzing production and Pressure data of hydraulic fractured wells in low permeability gas reservoirs "Tight Gas Reservoir"
2008Co-Authors: Al-reshedan, Faisal S.Abstract:This study has been conducted & Submitted in Partial fulfillment of the requirement of the Degree of Master of Science in the Department of Petroleum and Natural Gas Engineering at the College of Engineering, King Saud University, Riyadh, Kingdom of Saudi Arabia, Jumada II 1429H -June 2008GProduction data analysis approaches have advanced significantly over the past few years. While many different methods have been published in the literature, there is no single method that yields the most reliable answer. Analyzing production history and Pressure data of a hydraulically fractured gas well in low permeability reservoir can be an effective way to estimate the well and reservoir properties. However, fractured gas wells in low permeability reservoirs represent a challenge to petroleum engineers. This is because of the presence of wellbore storage, formation damage and Non- Darcy flow effects around wellbore. This study uses an advanced production analysis package, Topaze, to evaluate the most applicable methods for use in determining well and reservoir parameters, and estimating the gas in place for hydraulically fractured gas wells in low permeability reservoirs. Field and simulated examples are presented to illustrate the evaluation of these methods. Results from this study show that modern methods such as Blasingame, Normalized Pressure Integral and the Flowing Material Balance are valuable analysis tools for production history and Pressure data. Both Pressure transient analysis and production analysis have been studied. The interaction of changing wellbore storage and Non-Darcy flow effects on the analysis of production and Pressure data have been studied. Results show that using flowing Pressure data in production analysis will be more representative and descriptive of the reservoir than using wellhead Pressure data for gas well. Non- Darcy flow and mechanical skin effects in production analysis were defined and estimated using converted downhole Pressure, while they were not observed in the wellhead Pressure data interpretation
Ediri Bovwe - One of the best experts on this subject based on the ideXlab platform.
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Evaluation of the Methodologies of Analyzing Production and Pressure Data of Tight Gas Reservoir
All Days, 2016Co-Authors: Paul Fekete, Richard Ekpedekumo, Adewale Dosunmu, Samuel Odagme, Ediri BovweAbstract:ABSTRACT Since production curtailment for other than engineering reasons is progressively vanishing, and more and more wells are currently producing at capacity and showing declining production rates, it was viewed as auspicious to display a brief audit of the advancement of decrease bend investigation amid the previous three or four decades. A few of the plebeian sorts of decline curves were talked about in detail and the mathematical relationships between cumulative production, time, and production rate and decline percentage for each case were contemplated. This work summarizes the different production analysis methods published in the literature and evaluate the most applicable methods for use in determining well and reservoir parameters, and estimating the gas in place for tight gas reservoirs. Field and simulated examples are presented to illustrate the evaluation of these methods. Results from this study show that modern methods such as Blasingame, Agarwal and Gardner, Normalized Pressure Integral and the Flowing Material Balance are valuable tools for production history and Pressure data to determine reservoir parameters and reserve for tight gas reservoirs.
Dmour, Hazim N. - One of the best experts on this subject based on the ideXlab platform.
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Evaluation the methodologies of analyzing production and Pressure data of hydraulic fractured wells in low permeability gas reservoirs
Ufa State Petroleum Technological University, 2009Co-Authors: Al-reshedan, Faisal S., Gawish Ahamed, Dmour, Hazim N.Abstract:Production data analysis approaches have advanced significantly over the past few years. While many different methods have been published in the literature, there is no single method that yields the most reliable answer. Analyzing production history and Pressure data of a hydraulically fractured gas well in low permeability reservoir can be an effective way to estimate the well and reservoir properties. However, fractured gas wells in low permeability reservoirs represent a challenge to petroleum engineers. This is because of the presence of wellbore storage, formation damage and Non-Darcy flow effects around wellbore. This study uses an advanced production analysis package, Topaze software, to evaluate the most applicable methods for use in determining well and reservoir parameters, and estimating the gas in place for hydraulically fractured gas wells in low permeability reservoirs. Field and simulated examples are presented to illustrate the evaluation of these methods. Results from this study show that modern methods such as Blasingame, Normalized Pressure Integral and the Flowing Material Balance are valuable analysis tools for production history and Pressure data. Both Pressure transient analysis and production analysis have been studied. The interaction of changing wellbore storage and Non-Darcy flow effects on the analysis of production and Pressure data have been studied. Results show that using flowing Pressure data in production analysis will be more representative and descriptive of the reservoir than using wellhead Pressure data for gas well
Paul Fekete - One of the best experts on this subject based on the ideXlab platform.
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Evaluation of the Methodologies of Analyzing Production and Pressure Data of Tight Gas Reservoir
All Days, 2016Co-Authors: Paul Fekete, Richard Ekpedekumo, Adewale Dosunmu, Samuel Odagme, Ediri BovweAbstract:ABSTRACT Since production curtailment for other than engineering reasons is progressively vanishing, and more and more wells are currently producing at capacity and showing declining production rates, it was viewed as auspicious to display a brief audit of the advancement of decrease bend investigation amid the previous three or four decades. A few of the plebeian sorts of decline curves were talked about in detail and the mathematical relationships between cumulative production, time, and production rate and decline percentage for each case were contemplated. This work summarizes the different production analysis methods published in the literature and evaluate the most applicable methods for use in determining well and reservoir parameters, and estimating the gas in place for tight gas reservoirs. Field and simulated examples are presented to illustrate the evaluation of these methods. Results from this study show that modern methods such as Blasingame, Agarwal and Gardner, Normalized Pressure Integral and the Flowing Material Balance are valuable tools for production history and Pressure data to determine reservoir parameters and reserve for tight gas reservoirs.
Richard Ekpedekumo - One of the best experts on this subject based on the ideXlab platform.
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Evaluation of the Methodologies of Analyzing Production and Pressure Data of Tight Gas Reservoir
All Days, 2016Co-Authors: Paul Fekete, Richard Ekpedekumo, Adewale Dosunmu, Samuel Odagme, Ediri BovweAbstract:ABSTRACT Since production curtailment for other than engineering reasons is progressively vanishing, and more and more wells are currently producing at capacity and showing declining production rates, it was viewed as auspicious to display a brief audit of the advancement of decrease bend investigation amid the previous three or four decades. A few of the plebeian sorts of decline curves were talked about in detail and the mathematical relationships between cumulative production, time, and production rate and decline percentage for each case were contemplated. This work summarizes the different production analysis methods published in the literature and evaluate the most applicable methods for use in determining well and reservoir parameters, and estimating the gas in place for tight gas reservoirs. Field and simulated examples are presented to illustrate the evaluation of these methods. Results from this study show that modern methods such as Blasingame, Agarwal and Gardner, Normalized Pressure Integral and the Flowing Material Balance are valuable tools for production history and Pressure data to determine reservoir parameters and reserve for tight gas reservoirs.