Salam Al-Rbeawi
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View article: Oil and Gas Fields Development: Well Spacing Impact on Reservoir Performance Depleted by Multiple Horizontal Wellbores
Oil and Gas Fields Development: Well Spacing Impact on Reservoir Performance Depleted by Multiple Horizontal Wellbores Open
This paper focuses an insight on the impact of well spacing on the performance of oil and gas reservoirs depleted by multiple horizontal wellbores distributed parallelly or radially in rectangular and circular drainage areas. The objective…
View article: Detection of perforation intervals in oil well completion based on geological, drilling and well logging data
Detection of perforation intervals in oil well completion based on geological, drilling and well logging data Open
Optimum perforation location selection is an important task to improve well production, and hence the reservoir development process. This paper aims to detect the optimum perforation interval by determining the oil zone interval, petrophys…
View article: The Impact of Completion Technology on Flow Dynamics and Pressure Behaviors of Horizontal Wells
The Impact of Completion Technology on Flow Dynamics and Pressure Behaviors of Horizontal Wells Open
Horizontal wells with multiple completion parts have become a common completion technique in the oil and gas industry. Sand and asphalt production problems, damaged zones and water cresting or gas coning are the main reasons for using this…
View article: The impact of closed perforation zones and damaged sections on flow dynamics and pressure behaviors of horizontal wells
The impact of closed perforation zones and damaged sections on flow dynamics and pressure behaviors of horizontal wells Open
Horizontal wells with multiple completion parts have become a common completion technique in the oil and gas industry. Sand and asphalt production problems, damaged zones and water cresting or gas coning are the main reasons for using this…
View article: Analysing and characterising horizontal well performance in rectangular closed gas reservoirs considering non-Darcy flow conditions
Analysing and characterising horizontal well performance in rectangular closed gas reservoirs considering non-Darcy flow conditions Open
This paper investigates the impact of non-Darcy flow, represented by rate-dependent skin factor (DQ(SC)), on pressure profiles, flow regimes, and productivity indices of horizontal wells extending in conventional and unconventional gas res…
View article: Multi-media reservoirs depleted by horizontal wells: analysis of pressure behaviours and rate transient accompanied by developing analytical models for flow regimes
Multi-media reservoirs depleted by horizontal wells: analysis of pressure behaviours and rate transient accompanied by developing analytical models for flow regimes Open
This paper focuses on analysing pressure behaviours and rate transient of multi-porous media formations such as carbonate reservoirs depleted by horizontal wells. Several analytical models (pressure transient and rate transient) have been …
View article: Flow-Regime-Based Inflow-Performance Relationships of Unconventional Fractured Reservoirs
Flow-Regime-Based Inflow-Performance Relationships of Unconventional Fractured Reservoirs Open
Summary The main objective of this paper is to develop a new approach for constructing the inflow-performance relationships (IPRs) of unconventional reservoirs. The proposed approach focuses on using transient- and pseudosteady-state-flow …
View article: Optimum matrix acidizing: How much does it impact the productivity
Optimum matrix acidizing: How much does it impact the productivity Open
Formation damage is one of the big challenges for oil and gas oilfields development. Several types of formation damage most likely exist during the entire life of producing wells. Formation damage can occur during the drilling or coring op…
View article: Performance-Based Comparison for Hydraulically Fractured Tight and Shale-Gas Reservoirs With and Without Non-Darcy-Flow Effect
Performance-Based Comparison for Hydraulically Fractured Tight and Shale-Gas Reservoirs With and Without Non-Darcy-Flow Effect Open
Summary Reservoir performance of hydraulically fractured tight and shale-gas formations is affected by an extensive range of parameters. Non-Darcy flow is one of these parameters, characterized by a significant effect on near-wellbore pres…
View article: Pressure-rate convolution and deconvolution response for fractured conventional and unconventional reservoirs using new decline rate model
Pressure-rate convolution and deconvolution response for fractured conventional and unconventional reservoirs using new decline rate model Open
This paper introduces new approach for pressure-rate convolution and deconvolution analysis of multi-stages hydraulically fractured conventional and unconventional reservoirs. This approach demonstrates the impact of variable Sand face flo…
View article: Revisiting Current Techniques for Analyzing Reservoir Performance: A New Approach for Horizontal-Well Pseudosteady-State Productivity Index
Revisiting Current Techniques for Analyzing Reservoir Performance: A New Approach for Horizontal-Well Pseudosteady-State Productivity Index Open
Summary The objective of this paper is to revisit currently used techniques for analyzing reservoir performance and characterizing the horizontal-well productivity index (PI) in finite-acting oil and gas reservoirs. This paper introduces a…
View article: Restoring Disrupted Data by Wellbore Storage Effect Using Analytical Models & Type-Curve Matching Techniques
Restoring Disrupted Data by Wellbore Storage Effect Using Analytical Models & Type-Curve Matching Techniques Open
This paper introduces new techniques for restoring disrupted data by wellbore storage. The proposed techniques are applicable for reservoirs depleted by horizontal wells and hydraulic fractures. Several analytical models describe early tim…
View article: Bivariate Log-Normal Distribution of Stimulated Matrix Permeability and Block Size in Fractured Reservoirs: Proposing New Multilinear-Flow Regime for Transient-State Production
Bivariate Log-Normal Distribution of Stimulated Matrix Permeability and Block Size in Fractured Reservoirs: Proposing New Multilinear-Flow Regime for Transient-State Production Open
Summary This paper investigates the impacts of varied stimulated matrix permeability and matrix-block size on pressure behaviors and flow regimes of hydraulically fractured reservoirs using bivariate log-normal distribution. The main objec…