XYZ COMPANY LTD. Prepared For: JOHN DOE. XYZ et al Knopcik 100/ W5/06 PAS-TRG. Dinosaur Park Formation
|
|
|
- Lizbeth Lynch
- 5 years ago
- Views:
Transcription
1 All depths reported in mkb TVD per EUB requirements. All pressures reported in (a) per EUB requirements used as atmospheric pressure adjustment to convert from gauge to absolute pressure. XYZ COMPANY LTD. Prepared For: JOHN DOE XYZ et al Knopcik 100/ W/0 P R E S S U R E T R A N S I E N T A N A L Y S I S PAS-TRG Dinosaur Park Formation mkb Test Date: October 8, 00 Release Date: May, 008 Job No.: Prepared by:
2 ANALYSIS SUMMARY Company: Test Date: October 8, 00 Contact: John Doe Report Date: May, 008 Well Name: XYZ et al Knopcick Job Number: Location: 100/ W/0 Formation: Dinosaur Park ( mkb) Objective: The test was conducted to determine the reservoir/fracture parameters and flow characteristics from the buildup then predict the well deliverability from the test results. The test was to fulfill the well s deliverability and reservoir pressure requirements for EUB file submission. Data Preparation: The reservoir pressure was obtained from the post frac surface flow & buildup test data conduced from October 8, 00. The welltest data was recorded at surfacing using an electronic data acquisition system. The surface casing (quiet side) pressures were extrapolated to the gas-water interface depth (LLD = 8. m) using Cullnder and Smith correlation and further to the mid point of the perforated interval (MPP =.0 mkb) using an assumed water gradient of 9.9 /m. The rate data used in the interpretation was from the testers Fieldnotes. A conventional Log-Log diagnostic plot was constructed to identify the flow regimes during the pressure buildup response. The pressure transient response was indicative of a fractured reservoir, as bilinear and linear (fracture) flow regimes were indentified and eventually radial flow conditions developed during the late-time buildup. The test was analyzed and model matched to a Finite Conductivity Fracture model using a ½ section drainage area. The model results were used to indicate a stabilized rate after months of production, AOF and perform a deliverability forecast. All pressures are absolute assuming 9. Reservoir Pressure (Pi(syn)) 01 a Final Casing Shut In Pressure (PSIC) 19 a Final Sandface Shut In Pressure (Psi) 8 a Flow Duration 1 Hr Final Surface Tubing Pressure (Pwft) 98 a Final Sandface Flowing Pressure (Pfws) 1818 a Reservoir Flow Capacity (kh). mdm Results: Reservoir Permeability (k). md Fracture Half Length (Xf) M Apparent Skin Factor (s ) -. Final Gas Rate (qg). 10 m /d Test Sandface AOFst m /d n =1 Stabilized Sandface AOFst.0 10 m /d n = 1 ( months) Test Wellhead WAOFt.1 10 m /d n = 1 Stabilized Wellhead WAOFst. 10 m /d n = 1 ( months) Redress: Should you have any questions or concerns, please slavin-away@lonewolfsolutions.ca
3 WellTest Ver.08 C:\ARTEV\LONE WOLF SOLUTIONS\EXAMPLE ANALYSIS REPORT\EXAMPLE ANALYSIS REPORT.fkt -Apr / w/0 Dinosaur Park ( - mkb) October - 8, 00 Calculated MPP=. mkb Total Test t 9.90 hr p data Pressure, Gas Rate, 10 m /d t hr p data 181. q g.0 10 m /d p data 100 q gas Time, hr
4 WellTest Ver.08 C:\ARTEV\LONE WOLF SOLUTIONS\EXAMPLE ANALYSIS REPORT\EXAMPLE ANALYSIS REPORT.fkt -Apr / w/0 Dinosaur Park ( - mkb) October - 8, 00 Diagnostic Analysis 1 Typecurve t t p 11.0 hr 9.90 hr 8. Storage 1 Radial 0, 10 / Pa.s Linear Fracture 1/ Bilinear 1/ Pseudo-Time, hr data Derivative data
5 WellTest Ver.08 C:\ARTEV\LONE WOLF SOLUTIONS\EXAMPLE ANALYSIS REPORT\EXAMPLE ANALYSIS REPORT.fkt -Apr / w/0 Dinosaur Park ( - mkb) October - 8, 00 Analysis 1 k =.9 md kh = mdm s' = -.98 p* = Diagnostic Analysis 1 Radial t t p 11.0 hr 9.90 hr , 10 / Pa.s p, Superposition Radial Pseudo-Time ( t Ra ), hr data p i
6 C:\ARTEV\LONE WOLF SOLUTIONS\EXAMPLE ANALYSIS REPORT\EXAMPLE ANALYSIS REPORT.fkt -Apr-0 Ver.08 Gas Well Test - Buildup Radial Flow Analysis 100/ w/0 Dinosaur Park ( - mkb) October - 8, 00 Analysis Results Total Sandface Rate (q t B t) 9.889m /d Semilog Slope (m) 9.1 Apparent Skin (s') -.98 Skin - Damage -.98 Gas Permeability (k g ).9mD Skin - Inclination Oil Permeability (k o ) md Skin - Partial Penetration Water Permeability (k w ) md Pressure Drop Due to Skin ( p s ) -8.1 Flow Capacity (kh) Total Mobility (k/ t ) Total Transmissivity(kh/ t ) 8.808mD.m 9.8mD/mPa.s 8.mDm/mPa.s Damage Ratio (DR) 0.8 Flow Efficiency (FE). Reservoir Parameters Pressures Net Pay (h).00m Total Porosity ( t ) 0.00% Water Saturation (S w ).00% Oil Saturation (S o ) 0.00% Initial Pressure (p i ) Extrapolated Pressure (p*) Final Flowing Pressure (p wfo ) Gas Saturation (S g ).00% Wellbore Radius (r w ) 0.10m Formation Temperature (T).8 C Formation Compressibility (c f ).89e- -1 Total Compressibility (c t ).e- -1 Production and Times Corrected Flow Time (t c ) 9.98hr Cumulative Gas Production 1.10 m Final Gas Rate.010 m /d Fluid Properties Gas Gravity (G) 0. N 1.% CO.0% H S 0.00% Critical Pressure (P c ) 81. Critical Temperature (T c ) 0.08K PVT Reference Pressure (p PVT ) 8. Gas Compressibility (c g ).19e- -1 Gas Compressibility Factor (z) 0.9 Gas Viscosity ( g ) 11.1 Pa.s Gas Formation Volume Factor (B g ) 0.008m /m
7 Dimensionless Pressure Fin. Cond. Frac. Dimensionless Typecurve Dimensionless Time, 10 / Pa.s Fin. Cond. Frac. Radial Superposition Radial Pseudo-Time ( t Ra ), hr p, Fin. Cond. Frac. Total Test Fin. Cond. Frac. Typecurve p i (syn) 01.9 p avg Pressure, Error, %, 10 / Pa.s kh.08 mdm s Xf -.8 h.00 m s f 0.11 k. md X f. m k f W 9.80 mdm r e.00 m Time, hr Pseudo-Time, hr WellTest Ver.08 C:\ARTEV\LONE WOLF SOLUTIONS\EXAMPLE ANALYSIS REPORT\EXAMPLE ANALYSIS REPORT.fkt -Apr-0
8 C:\ARTEV\LONE WOLF SOLUTIONS\EXAMPLE ANALYSIS REPORT\EXAMPLE ANALYSIS REPORT.fkt -Apr-0 Ver.08 Finite Conductivity Fracture Gas Well Model Case Name : Fin. Cond. Frac. Dinosaur Park ( - mkb) 100/ w/0 October - 8, 00 Model Parameters Permeability (k).md Fracture Flow Capacity (k f w) 9.80mD.m Wellbore Storage Constant Dim. (C D ) Turbulence Factor (D) 0.00(10 m /d) -1 Fracture Face Skin (sf) 0.11 Fracture Half Length (x f ).m Exterior Radius (r e ).00m Skin Equivalent to Xf -.8 Formation Parameters Net Pay (h).00m Total Porosity ( t ) 0.00% Gas Saturation (S g ).00% Water Saturation (S w ).00% Oil Saturation (S o ) 0.00% Wellbore Radius (r w ) 0.10m Formation Temperature (T).8 C Formation Compressibility (c f ).89e- -1 Total Compressibility (c t ).e- -1 Fluid Properties Gas Gravity (G) 0. N 1.% H S 0.00% Production and Pressure Final Gas Rate.010 m /d Cumulative Gas Production 1.10 m Final Measured Pressure 8. Synthesis Results Average Error -0.1% Synthetic Initial Pressure (p i ) 01.9 Average Reservoir Pressure Pressure Drop Due To Fracture Face Skin ( p sf ) 1. Flow Efficiency (FE) 0.8 Damage Ratio (DR) 1.11 Forecasts CO.0% Forecast Flowing Pressure (P flow ) 181. Critical Pressure (P c ) 81. Critical Temperature (T c ) 0.08K PVT Reference Pressure (p PVT ) 8. Gas Compressibility (c g ).19e- -1 Gas Compressibility Factor (z) Month Constant Rate Curr. Skin.910 m /d - Month Constant Rate Curr. Skin.9910 m /d Forecast Flow Duration (t flow ) 1.00month Constant Rate Curr. Frac. Face Skin.10 m /d Constant Rate Frac. Face Skin= m /d Gas Viscosity ( g ) 11.1 Pa.s Gas Formation Volume Factor (B g ) 0.008m /m
9 WellTest Ver C:\ARTEV\LONE WOLF SOLUTIONS\EXAMPLE ANALYSIS REPORT\EXAMPLE ANALYSIS REPORT.fkt -Apr / w/0 Dinosaur Park ( - mkb) October - 8, 00 Transient Forecast p i (syn) 01.9 GIP transi m k. md h.00 m kh.08 mdm X f. m k f W 9.80 mdm s Xf s = s = 0.1 Cum s = 0.1 Cum s = Rate, 10 m /d Cum. Production, 10 m Time, Months
10 100/ w/0 Dinosaur Park ( - mkb) October - 8, 00 Fin. Cond. Frac. Item Time 1818 s = 0.1 Cum s = 0.1 P 1818 s = 0.1 P 1818 s = s = 0.1 Cum s = 0.1 P 1000 s = 0.1 P 1000 s = 0.1 Months 10 m /d 10 m 10 m /d 10 m ModelDll Ver.08 -Apr-0 1
11 WellTest Ver.08 -Apr-0 100/ w/0 Dinosaur Park ( - mkb) October - 8, 00 Sandface Deliverability Simplified Analysis (Pressure Squared) Time Sandface Pressure P P Gas Rate hr m /d Extended Flow Stab. Shut-in Stab. Flow Stabilized Extended Transient AOF n C e e m /d 10 m /d/( ) n 10 8 AOF m /d n C.18e-0 P R Extended Point Stabilized Point P, Gas Rate, 10 m /d
12 WellTest Ver.08 -Apr-0 100/ w/0 Dinosaur Park ( - mkb) October - 8, 00 Sandface Deliverability Curve Simplified Analysis (Pressure Squared) Stabilized Shut In Pressure = Alternate Shut In Pressure 1 = Alternate Shut In Pressure = Flowing Pressure Gas Gas Gas m /d 10 m /d 10 m /d Pressure, Gas Rate, 10 m /d
13 WellTest Ver.08 -Apr-0 100/ w/0 Dinosaur Park ( - mkb) October - 8, 00 Wellhead Deliverability Simplified Analysis (Pressure Squared) Time Wellhead Pressure P P Gas Rate hr m /d Extended Flow Stab. Shut-in Stab. Flow Stabilized Extended Transient AOF n C e e m /d 10 m /d/( ) n 10 8 AOF m /d n C.11e-0 P ts 89. Extended Point Stabilized Point P, Gas Rate, 10 m /d
14 WellTest Ver.08 -Apr-0 100/ w/0 Dinosaur Park ( - mkb) October - 8, 00 Wellhead Deliverability Curve Simplified Analysis (Pressure Squared) Stabilized Shut In Pressure = Alternate Shut In Pressure 1 = Alternate Shut In Pressure = Flowing Pressure Gas 89. Gas 81.1 Gas m /d 10 m /d 10 m /d Pressure, Gas Rate, 10 m /d
Figure 1 - Gauges Overlay & Difference Plot
BONAVISTA PETROLEUM LTD. Figure 1 - Gauges Overlay & Difference Plot 10 20700 8 18400 6 16100 4 13800 2 11500 0 9200-2 6900-4 4600-6 2300 0-8 Bottom Gauge Defference Top Gauge 0 10 20 30 40 50 Time (hours)
Measure Twice Frac Once
Pre-frac Reservoir Characterization from Perforation Inflow Diagnostic (PID) Testing Measure Twice Frac Once Robert Hawkes Team Leader, Reservoir Services BJ Services Company Canada SPE DISTINGUISHED LECTURER
THEORETICAL RESERVOIR MODELS
THEORETICAL RESERVOIR MODELS TIME EARLY TIME MIDDLE TIME AREA OF INTEREST NEAR WELLBORE RESERVOIR MODELS Wellbore storage and Skin Infinite conductivity vertical fracture Finite conductivity vertical fracture
Pressure Transient Analysis COPYRIGHT. Introduction to Pressure Transient Analysis. This section will cover the following learning objectives:
Pressure Transient Analysis Core Introduction to Pressure Transient Analysis This section will cover the following learning objectives: Describe pressure transient analysis (PTA) and explain its objectives
WELL PRODUCTION PERFORMANCE ANALYSIS FOR UNCONVENTIONAL SHALE GAS RESERVOIRS; A CONVENTIONAL APPROACH. FLORIN HATEGAN Devon Canada Corporation
WELL PRODUCTION PERFORMANCE ANALYSIS FOR UNCONVENTIONAL SHALE GAS RESERVOIRS; A CONVENTIONAL APPROACH FLORIN HATEGAN Devon Canada Corporation BACKGROUND Shale Gas HZ Drilling, Multi-Stage Hydraulic Fracturing:
The SPE Foundation through member donations and a contribution from Offshore Europe
Primary funding is provided by The SPE Foundation through member donations and a contribution from Offshore Europe The Society is grateful to those companies that allow their professionals to serve as
PET467E-Analysis of Well Pressure Tests 2008 Spring/İTÜ HW No. 5 Solutions
. Onur 13.03.2008 PET467E-Analysis of Well Pressure Tests 2008 Spring/İTÜ HW No. 5 Solutions Due date: 21.03.2008 Subject: Analysis of an dradon test ith ellbore storage and skin effects by using typecurve
Perforation Inflow Test Analysis (PITA)
PETROLEUM SOCIETY CANADIAN INSTITUTE OF MINING, METALLURGY & PETROLEUM PAPER 2005-031 Perforation Inflow Test Analysis (PITA) N. M. A. RAHMAN Fekete Associates Inc. M. POOLADI-DARVISH University of Calgary
Oil and Gas Well Performance
Oil and Gas Well Performance Presented By: Jebraeel Gholinezhad Agenda 1. Introduction 2. Fandamentals 3. Oil Well Performance 4. Gas Well Performance 5. Tubing Flow Performance 6. Artificial Lift Systems
Reservoir Flow Properties Fundamentals COPYRIGHT. Introduction
Reservoir Flow Properties Fundamentals Why This Module is Important Introduction Fundamental understanding of the flow through rocks is extremely important to understand the behavior of the reservoir Permeability
MAXIMIZING THE RESERVOIR ACCESS WITH COMPLETION OPTIMIZATION AND EFFECTIVENESS. Luciano Fucello, NCS Multistage Fabio Chiarandini, Gaffney & Cline
MAXIMIZING THE RESERVOIR ACCESS WITH COMPLETION OPTIMIZATION AND EFFECTIVENESS Luciano Fucello, NCS Multistage Fabio Chiarandini, Gaffney & Cline AGENDA: Completion effectiveness Intro Case Study Completion
Gas Rate Equation. q g C. q g C 1. where. 2πa 1 kh ln(r e /r w ) 0.75 s. T sc p sc T R C C( a 1. =1/(2π 141.2) for field units. =1 for pure SI units
Section 3 - Well Deliverability 3-1 Gas Rate Equation where q g C 1 dp µ p g B g wf q g C p wf p µ g Z dp C 2πa 1 kh ln(r e /r w ) 0.75 s C C( T sc p sc T R ) a 1 =1/(2π 141.2) for field units a 1 =1 for
National yams May Pet-B2, Nahiral Gas Engineering. 3 hours duration NOTES:
ational yams May 2015 98-Pet-B2, ahiral Gas Engineering 3 hours duration OTES: 1. If doubt exists as to the interpretation of any question, the candidate is urged to submit with the answer paper, a clear
Evaluation and Forecasting Performance of Naturally Fractured Reservoir Using Production Data Inversion.
Evaluation and Forecasting Performance of Naturally Fractured Reservoir Using Production Data Inversion. T. Marhaendrajana, S. Rachmat, and K. Anam; Institut Teknologi Bandung. I. ABSTRACT Many oil and
Faculty of Science and Technology MASTER S THESIS
Study program/ Specialization: Faculty of Science and Technology MASTER S THESIS MSc Petroleum Engineering / Reservoir Engineering Spring semester, 2015 Open access Writer: Mahmoud S M Alaassar (Writer
Rate Transient Analysis COPYRIGHT. Introduction. This section will cover the following learning objectives:
Learning Objectives Rate Transient Analysis Core Introduction This section will cover the following learning objectives: Define the rate time analysis Distinguish between traditional pressure transient
Well Test Interpretation
Well Test Interpretation Schlumberger 2002 All rights reserved. No part of this book may be reproduced, stored in a retrieval system, or transcribed in any form or by any means, electronic or mechanical,
READ THIS PAGE COMPLETELY BEFORE STARTING
READ THIS PAGE COMPLETELY BEFORE STARTING Exam Submission: Step 1: You are to enter your results for Problems 1-10 in e-campus (Dr. SEIDEL will provide instructions). Step 2: You are to submit a scanned
SPE Uncertainty in rock and fluid properties.
SPE 77533 Effects on Well Test Analysis of Pressure and Flowrate Noise R.A. Archer, University of Auckland, M.B. Merad, Schlumberger, T.A. Blasingame, Texas A&M University Copyright 2002, Society of Petroleum
Coalbed Methane Properties
Coalbed Methane Properties Subtopics: Permeability-Pressure Relationship Coal Compressibility Matrix Shrinkage Seidle and Huitt Palmer and Mansoori Shi and Durucan Constant Exponent Permeability Incline
Reservoir Management Background OOIP, OGIP Determination and Production Forecast Tool Kit Recovery Factor ( R.F.) Tool Kit
Reservoir Management Background 1. OOIP, OGIP Determination and Production Forecast Tool Kit A. Volumetrics Drainage radius assumption. B. Material Balance Inaccurate when recovery factor ( R.F.) < 5 to
Radius of Investigation for Reserve Estimation From Pressure Transient Well Tests
See discussions, stats, and author profiles for this publication at: https://www.researchgate.net/publication/559655 Radius of Investigation for Reserve Estimation From Pressure Transient Well Tests Article
Petroleum Engineering 324 Well Performance Daily Summary Sheet Spring 2009 Blasingame/Ilk. Date: Materials Covered in Class Today: Comment(s):
Petroleum Engineering 324 Well Performance Daily Summary Sheet Spring 2009 Blasingame/Ilk Date: Materials Covered in Class Today: Comment(s): Petroleum Engineering 324 (2009) Reservoir Performance Lecture:
Rate Transient Analysis Theory/Software Course
Rate Transient Analysis Theory/Software Course RTA Theory / Software Course: Part 1 Introduction Review of Traditional Decline Analysis Techniues Arps Fetkovich Modern Decline Analysis Theory Pseudo S.S.
Dimensionless Wellbore Storage Coefficient: Skin Factor: Notes:
This problem set considers the "classic" Bourdet example for a pressure buildup test analyzed using derivative type curve analysis. For completeness, the Bourdet, et al. paper is also attached however,
Introduction to Well Stimulation
Introduction to Well Stimulation PNGE 691A Ali Takbiri-Borujeni West Virginia University Fall 2018 Ali Takbiri-Borujeni PNGE 691A: Introduction to Well Stimulation 1 / 46 What is well stimulation? Main
Propagation of Radius of Investigation from Producing Well
UESO #200271 (EXP) [ESO/06/066] Received:? 2006 (November 26, 2006) Propagation of Radius of Investigation from Producing Well B.-Z. HSIEH G. V. CHILINGAR Z.-S. LIN QUERY SHEET Q1: Au: Please review your
2. Standing's Method for Present IPR
Koya University College of Engineering School of Chemical and Petroleum Engineering Petroleum Engineering Department Petroleum Production Engineering II Predicting Present and Future IPRs (Standing Method).
The evaluative methods on shale gas productivity using the DFIT
The evaluative methods on shale gas roductivity using the DFIT 2014. 9. 18 Dr. Sangyu Jang T.H. Kim, G.S. Lee C.H. Shin This is the Eternal Flame Waterfall, on Shale Creek, in Chestnut Ridge Park, near
Flow of Non-Newtonian Fluids within a Double Porosity Reservoir under Pseudosteady State Interporosity Transfer Conditions
SPE-185479-MS Flow of Non-Newtonian Fluids within a Double Porosity Reservoir under Pseudosteady State Interporosity Transfer Conditions J. R. Garcia-Pastrana, A. R. Valdes-Perez, and T. A. Blasingame,
SPE Comparison of Numerical vs Analytical Models for EUR Calculation and Optimization in Unconventional Reservoirs
SPE-180209 Comparison of Numerical vs Analytical Models for EUR Calculation and Optimization in Unconventional Reservoirs A. Moinfar, J.C. Erdle, K. Patel, Computer Modelling Group Inc. Motivation Analytical
A NEW SERIES OF RATE DECLINE RELATIONS BASED ON THE DIAGNOSIS OF RATE-TIME DATA
A NEW SERIES OF RATE DECLINE RELATIONS BASED ON THE DIAGNOSIS OF RATE-TIME DATA A Thesis by ANASTASIOS S. BOULIS Submitted to the Office of Graduate Studies of Texas A&M University in partial fulfillment
Inflow Performance 1
1 Contents 1. Introduction 2. The Radial Flow Equation 3. Straight Line Inflow Performance Relationship 4. Vogel Inflow Performance Relationship 5. Other Inflow Performance Relationship 6. Establishing
Petroleum Engineering 324 Well Performance PRACTICE Final Examination (Well "B") 05 May 2003 (08:00-10:00 a.m. RICH 302)
Protocol: 1. The problems in this exam are to be worked completely and independently. 2. The exam is "CLOSED NOTES," students are limited to the following resources: You are permitted the use of 3 (three)
SPE Copyright 2003, Society of Petroleum Engineers Inc.
SPE 84475 Integrating Short-Term Pressure Buildup Testing and Long-Term Production Data Analysis to Evaluate Hydraulically-Fractured Gas Well Performance J.A. Rushing, SPE, Anadarko Petroleum Corp. and
Optimization of Plunger Lift Performance in Stripper Gas Wells during the Period 05/15/2001 to 11/30/2002
Optimization of Plunger Lift Performance in Stripper Gas Wells during the Period 05/15/2001 to 11/30/2002 March 2003 By Erdal Ozkan Colorado School of Mines Work Performed Under Prime Award No. DE-FC26-00NT41025
Petroleum Engineering 324 Well Performance Daily Summary Sheet Spring 2009 Blasingame/Ilk. Date: Materials Covered in Class Today: Comment(s):
Petroleum Engineering 324 Well Performance Daily Summary Sheet Spring 2009 Blasingame/Ilk Date: Materials Covered in Class Today: Comment(s): Pressure Transient Analysis Pressure Buildup Test Analysis
Considerations for Infill Well Development in Low Permeability Reservoirs
Considerations for Infill Well Development in Low Permeability Reservoirs George Waters Technical Manager Unconventional Completions September 9, 2014 Topics Continuous Improvement in Field Development
WELL TESTING COURSE. Authors: Enzo Beretta ENI E&P. Francesca Verga Politecnico di Torino
2004 WELL TESTING COURSE Authors: Enzo Beretta ENI E&P Francesca Verga Politecnico di Torino Preface The material gathered in this volume was first presented and discussed during the Well Testing course
Study of early dynamic evaluation methods in complex small fault-block reservoirs
vailable online at www.sciencedirect.com Energy Procedia 14 (01) 689 694 Study of early dynamic evaluation methods in complex small fault-block reservoirs Wu Yahong 1 Weng Xingfang Xu Mengya 1 Guo Shengtao
Petroleum Engineering 324 Reservoir Performance. Objectives of Well Tests Review of Petrophysics Review of Fluid Properties 29 January 2007
Petroleum Engineering 324 Reservoir Performance Objectives of Well Tests Review of Petrophysics Review of Fluid Properties 29 January 2007 Thomas A. Blasingame, Ph.D., P.E. Department of Petroleum Engineering
A Physics-Based Data-Driven Model for History Matching, Prediction and Characterization of Unconventional Reservoirs*
A Physics-Based Data-Driven Model for History Matching, Prediction and Characterization of Unconventional Reservoirs* Yanbin Zhang *This work has been submitted to SPEJ and under review for publication
region includes nine states and four provinces, covering over 1.4 million square miles. The PCOR Partnership
Overview of Phase II PCOR Partnership MVA Activities IEAGHG Monitoring Network Meeting Natchez, MS May 6-8, 2010 Steven A. Smith, Energy & Environmental Research Center The Plains CO 2 Reduction (PCOR)
IMPERIAL COLLEGE LONDON
IMPERIAL COLLEGE LONDON Department of Earth Science and Engineering Centre for Petroleum Studies Skin Uncertainty in Multi-Layered Commingled Reservoirs with Non- Uniform Formation Damage By Sudhakar Mishra
(Page 2 of 7) Reservoir Petrophysics: Introduction to Geology (continued) Be familiar with Reservoir Petrophysics (continued)... Slides Reservoi
(Page 1 of 7) Introduction to Reservoir Engineering: Be familiar with the World Oil Resources...Slides 3-4 Be familiar with the Reservoir Structure/Depositional Environments... Slide 5 Be familiar with
WELL/RESERVOIR EVALUATION BY USING PRESSURE TRANSIENT AND MATERIAL BALANCE ANALYSIS OF A GAS WELL IN BANGLADESH. MD.
WELL/RESERVOIR EVALUATION BY USING PRESSURE TRANSIENT AND MATERIAL BALANCE ANALYSIS OF A GAS WELL IN BANGLADESH. MD. HAFIZUR RAHMAN DEPARTMENT OF PETROLEUM & MINERAL RESOURCES ENGINEERING BUET, DHAKA,
National Exams May 2016
National Exams May 2016 98-Pet-A3, Fundamental Reservoir Engineering 3 hours duration NOTES: I. If doubt exists as to the interpretation of any question, the candidate is urged to submit with tile answer
TRANSIENT AND PSEUDOSTEADY-STATE PRODUCTIVITY OF HYDRAULICALLY FRACTURED WELL. A Thesis ARDHI HAKIM LUMBAN GAOL
TRANSIENT AND PSEUDOSTEADY-STATE PRODUCTIVITY OF HYDRAULICALLY FRACTURED WELL A Thesis by ARDHI HAKIM LUMBAN GAOL Submitted to the Office of Graduate Studies of Texas A&M University in partial fulfillment
Presentation of MSc s Thesis
Presentation of MSc s Thesis A Framework for Building Transient Well Testing Numerical Models Using Unstructured Grids Mohammed H. Sayyouh Professor in Petroleum Engineering Department FECU Khaled A. Abdel-Fattah
Journal of Petroleum Science and Engineering
Journal of Petroleum Science and Engineering 70 (2010) 327 333 Contents lists available at ScienceDirect Journal of Petroleum Science and Engineering journal homepage: www.elsevier.com/locate/petrol Research
Before beginning, I would like to acknowledge the amazing contributions of Ken Nolte. I suspect that the origins of most of our discussion during
1 Before beginning, I would like to acknowledge the amazing contributions of Ken Nolte. I suspect that the origins of most of our discussion during this workshop can be traced to Dr. Nolte. He was a true
THE FIRST SUCSESSFUL MULTI STAGED FRACTURING IN A DEEP VOLCANIC GAS RESERVOIR IN JAPAN
THE FIRST SUCSESSFUL MULTI STAGED FRACTURING IN A DEEP VOLCANIC GAS RESERVOIR IN JAPAN Hiromi Sugiyama, Teikoku oil, co., ltd. Abstract The first multi-stage completion in a deep, hot, and naturally fractured
Introduction to Formation Evaluation Abiodun Matthew Amao
Introduction to Formation Evaluation By Abiodun Matthew Amao Monday, September 09, 2013 Well Logging PGE 492 1 Lecture Outline What is formation evaluation? Why do we evaluate formation? What do we evaluate?
Integrated Approach to Drilling Project in Unconventional Reservoir Using Reservoir Simulation
Integrated Approach to Drilling Project in Unconventional Reservoir Using Reservoir Simulation Jerzy Stopa 1,*, Rafał Wiśniowski 1, Paweł Wojnarowski 1, Damian Janiga 1, and Krzysztof Skrzypaszek 1 1 AGH
Production System Analysis
Production System Analysis Production System Analysis Nodal Analysis An analytical tool used in forecasting the performance of the various elements comprising the completion and production system. This
If your model can t do this, why run it?
FRACTURE MODEL DESIGN MODEL REQUIREMENTS Describe/Include the basic physics of all important processes Ability to predict (not just mimic) job results Provide decision making capability Understand what
Module for: Analysis of Reservoir Performance Introduction
(Formation Evaluation and the Analysis of Reservoir Performance) Module for: Analysis of Reservoir Performance Introduction T.A. Blasingame, Texas A&M U. Department of Petroleum Engineering Texas A&M University
GENERALIZED PSEUDOPRESSURE WELL TREATMENT
GENERALIZED PSEUDOPRESSURE WELL TREATMENT IN RESERVOIR SIMULATION Curtis H. Whitson a,b Øivind Fevang b a Norwegian University of Science and Technology (NTNU) b PERA a/s ABSTRACT This paper presents a
Production performance analysis of fractured horizontal well in tight oil reservoir
J Petrol Explor Prod Technol (2018) 8:229 247 https://doi.org/10.1007/s13202-017-0339-x ORIGINAL PAPER - PRODUCTION ENGINEERING Production performance analysis of fractured horizontal well in tight oil
MASTER S THESIS. Faculty of Science and Technology. Study program/ Specialization: Spring semester, Petroleum Engineering/ Reservoir Technology
Faculty of Science and Technology MASTER S THESIS Study program/ Specialization: Petroleum Engineering/ Reservoir Technology Spring semester, 2014 Open / Restricted access Writer: Hans Marius Roscher Faculty
Induced Fractures Modelling in Reservoir Dynamic Simulators
Induced Fractures Modelling in Reservoir Dynamic Simulators Khaldoon AlObaidi Institute of Petroleum Engineering MSc Petroleum Engineering Project Report 2013/2014 Supervisor Heriot Watt University This
Non-Darcy Skin Effect with a New Boundary Condition
International Journal of Petroleum and Petrochemical Engineering (IJPPE) Volume 3, Issue 1, 2017, PP 46-53 ISSN 2454-7980 (Online) DOI: http://dx.doi.org/10.20431/2454-7980.0301007 www.arcjournals.org
GREEN WELL TESTING A REPORT SUBMITTED TO THE DEPARTMENT OF PETROLEUM ENGINEERING OF STANFORD UNIVERSITY
GREEN WELL TESTING A REPORT SUBMITTED TO THE DEPARTMENT OF PETROLEUM ENGINEERING OF STANFORD UNIVERSITY IN PARTIAL FULFILLMENT OF THE REQUIREMENTS FOR THE DEGREE OF MASTER OF SCIENCE By Ashish Dabral June
UNIVERSITY OF CALGARY. A New Method For Production Data Analysis Using Superposition-Rate. Peter Yue Liang A THESIS
UNIVERSITY OF CALGARY A New Method For Production Data Analysis Using Superposition-Rate by Peter Yue Liang A THESIS SUBMITTED TO THE FACULTY OF GRADUATE STUDIES IN PARTIAL FULFILMENT OF THE REQUIREMENTS
Petroleum Engineering 324 Reservoir Performance. Objectives of Well Tests Review of Petrophysics Review of Fluid Properties 19 January 2007
Petroleum Engineering 324 Reservoir Performance Objectives of Well Tests Review of Petrophysics Review of Fluid Properties 19 January 2007 Thomas A. Blasingame, Ph.D., P.E. Department of Petroleum Engineering
Chapter Seven. For ideal gases, the ideal gas law provides a precise relationship between density and pressure:
Chapter Seven Horizontal, steady-state flow of an ideal gas This case is presented for compressible gases, and their properties, especially density, vary appreciably with pressure. The conditions of the
THE REAL GAS PSEUDO PRESSURE FOR GEOTHERMAL STEAM -- SUMMARY REPORT
THE REAL GAS PSEUDO PRESSURE FOR GEOTHERMAL STEAM -- SUMMARY REPORT L. S. Mannon Atlantic Richfield Co. 1860 Lincoln Suite 501 Denver, Colorado 80295 and P. G. Atkinson Union Oil Co. P. 0. Box 6854 2099
Petroleum Engineering 324 Well Performance Daily Summary Sheet Spring 2009 Blasingame/Ilk. Date: Materials Covered in Class Today: Comment(s):
Petroleum Engineering 324 Well Performance Daily Summary Sheet Sring 2009 Blasingame/Ilk Date: Materials Covered in Class Today: Comment(s): Pressure Transient Analysis Pressure Buildu Test Analysis Lee
COMPARISON OF SINGLE, DOUBLE, AND TRIPLE LINEAR FLOW MODELS FOR SHALE GAS/OIL RESERVOIRS. A Thesis VARTIT TIVAYANONDA
COMPARISON OF SINGLE, DOUBLE, AND TRIPLE LINEAR FLOW MODELS FOR SHALE GAS/OIL RESERVOIRS A Thesis by VARTIT TIVAYANONDA Submitted to the Office of Graduate Studies of Texas A&M University in partial fulfillment
Factors that affect pressure distribution of horizontal wells in a layered reservoir with simultaneous gas cap and bottom water drive
Vol. 6(1), pp. 1-9, January, 2015 DOI: 10.5897/JPGE 2013.0180 Article Number: 3C2A1DC50083 ISSN 2I41-2677 Copyright 2015 Author(s) retain the copyright of this article http://www.academicjournals.org/jpge
Flow equations The basic equation, on which all flow equations are based, is Darcy s Law for radial flow is given by: p
IJESRT INTERNATIONAL JOURNAL OF ENGINEERING SCIENCES & RESEARCH TECHNOLOGY Evaluating Productivity Index in a Gas Well Using Regression Analysis Tobuyei Christopher and Osokogwu Uche Department of Petroleum
The SPE Foundation through member donations and a contribution from Offshore Europe
Primary funding is provided by The SPE Foundation through member donations and a contribution from Offshore Europe The Society is grateful to those companies that allow their professionals to serve as
and a contribution from Offshore Europe
Primary funding is provided by The SPE Foundation through member donations and a contribution from Offshore Europe The Society is grateful to those companies that allow their professionals to serve as
A PSEUDO FUNCTION APPROACH IN RESERVOIR SIMULATION
INTERNATIONAL JOURNAL OF NUMERICAL ANALYSIS AND MODELING Volume 2, Supp, Pages 58 67 c 2005 Institute for Scientific Computing and Information A PSEUDO FUNCTION APPROACH IN RESERVOIR SIMULATION ZHANGXIN
Perspectives on the Interpretation of Flowback Data from Wells in Shale Reservoir Systems
SPE Workshop Production and Reservoir Performance Through Pressure Management Perspectives on the Interpretation of Flowback Data from Wells in Shale Reservoir Systems Tom BLASINGAME Petroleum Engineering
SPE Copyright 1997, Society of Petroleum Engineers, Inc.
SPE 3875 Rigorous and Semi-Rigorous Approaches for the Evaluation of Average Reservoir Pressure From Pressure Transient Tests T. Marhaendrajana and T.A. Blasingame, Texas A&M University Copyright 1997,
Acid Types and Reactions with Different Rocks
Well Stimulation and Sand Production Management (PGE 489 ) Acid Types and Reactions with Different Rocks By Dr. Mohammed A. Khamis 09-02-2016 What is Acidizing? Unsteady, non-isothermal, 3-D flow in porous
Technology of Production from Shale
Technology of Production from Shale Doug Bentley, European Unconventional, Schlumberger May 29 th, 2012 Johannesburg, South Africa What are Unconventional Reservoirs Shale both Gas & Oil Coal Bed Methane
Shale Gas Reservoir Simulation in Eclipse
PNG 512- Project Report Shale Gas Reservoir Simulation in Eclipse Submitted By: Priyank Srivastava Thought by: Dr. Turgay Ertekin Spring-2017 Model Description From Given Eclipse File Reservoir dimensions
The Oyster Bayou CO 2 Flood Case History. Alton Ahrens, Denbury Resources
The Oyster Bayou CO 2 Flood Case History Alton Ahrens, Denbury Resources N Y S E : D N R w w w. d e n b u r y. c o m Table of Contents o Highlights of the CO2 Flood o Pre-CO 2 History o o o Location and
SPE Well Test Analysis for Wells Producing Layered Reservoirs With Crossflow
SPE 10262 Well Test Analysis for Wells Producing Layered Reservoirs With Crossflow Prijambodo, R.,U. of Tulsa Raghavan, R., U. of Tulsa Reynolds, A.C., U. of Tulsa 1985 SPEJ Abstract The pressure response
Petroleum Engineering 324 Well Performance Daily Summary Sheet Spring 2009 Blasingame/Ilk. Date: Materials Covered in Class Today: Comment(s):
Petroleum Engineering 324 Well Performance aily Summary Sheet Spring 2009 Blasingame/Ilk ate: Materials overed in lass Today: omment(s): imensionless Parameters: p kh 141.2qB μ Δp t k 0.0002637 t (or Δt)
Petroleum Engineering 324 Well Performance Daily Summary Sheet Spring 2009 Blasingame/Ilk. Date: Materials Covered in Class Today: Comment(s):
Petroleum Engineering 324 Well Performance Daily Summary Sheet Spring 2009 Blasingame/Ilk Date: Materials Covered in Class Today: Comment(s): Petroleum Engineering 324 (2009) Reservoir Performance Analysis
Subsurface Maps. K. W. Weissenburger. Isopach. Isochore. Conoco, Inc. Ponca City, Oklahoma, U.S.A.
Subsurface Maps K. W. Weissenburger Conoco, Inc. Ponca City, Oklahoma, U.S.A. INTRODUCTION Reservoir properties are mapped to promote optimal field development. Subsurface maps dictate well placement and
Sand Control Rock Failure
Sand Control Rock Failure Why? A bit of Mechanics on rock failure How? Some choices that depend on the rock What is moving? Sand grains? Fines? 3/14/2009 1 Young s Modulus, E Young s Modulus is a material
GAS DELIVERABILITY USING THE METHOD OF DISTRIBUTED VOLUMETRIC SOURCES. A Thesis XIAOZE JIN
GAS DELIVERABILITY USING THE METHOD OF DISTRIBUTED VOLUMETRIC SOURCES A Thesis by XIAOZE JIN Submitted to the Office of Graduate Studies of Texas A&M University in partial fulfillment of the requirements
American University of Ras Al Khaimah, United Arab Emirates, Ras Al Khaimah
Article Open Access DETERMINATION OF INFLOW PERFORMANCE RELATIONSHIP FOR A VERTICAL WELL IN NATU- RALLY FRACTURED OIL RESERVOIRS: NUMERICAL SIMULATION STUDY Reda Abdel Azim, Melissa Ramirez, and Mohammad
Condensate banking vs Geological Heterogeneity who wins? Hamidreza Hamdi Mahmoud Jamiolahmady Patrick Corbett SPE
Condensate banking vs Geological Heterogeneity who wins? Hamidreza Hamdi Mahmoud Jamiolahmady Patrick Corbett SPE 143613 Outline P-T diagram of Gas reservoirs Diffusion equation linearization using gas
INTEGRATION OF WELL TEST ANALYSIS INTO A NATURALLY FRACTURED RESERVOIR SIMULATION. A Thesis LAURA ELENA PEREZ GARCIA
INTEGRATION OF WELL TEST ANALYSIS INTO A NATURALLY FRACTURED RESERVOIR SIMULATION A Thesis by LAURA ELENA PEREZ GARCIA Submitted to the Office of Graduate Studies of Texas A&M University in partial fulfillment
Numerical Simulation of Single-Phase and Multiphase Non-Darcy Flow in Porous and Fractured Reservoirs
Transport in Porous Media 49: 209 240, 2002. 2002 Kluwer Academic Publishers. Printed in the Netherlands. 209 Numerical Simulation of Single-Phase and Multiphase Non-Darcy Flow in Porous and Fractured
A BENCHMARK CALCULATION OF 3D HORIZONTAL WELL SIMULATIONS
INTERNATINAL JURNAL F NUMERICAL ANALYSIS AND MDELING Volume 1, Number 2, Pages 189 201 c 2004 Institute for Scientific Computing and Information A BENCHMARK CALCULATIN F 3D HRIZNTAL WELL SIMULATINS ZHANGIN
Two Questions and Three Equations on Distance of Investigation
Two Questions and Three Equations on Distance of Investigation Hamed Tabatabaie and Louis Mattar, IHS Markit, August 2017 The distance of investigation concept is often used to answer two different types
Pressure-Transient Behavior of DoublePorosity Reservoirs with Transient Interporosity Transfer with Fractal Matrix Blocks
SPE-190841-MS Pressure-Transient Behavior of DoublePorosity Reservoirs with Transient Interporosity Transfer with Fractal Matrix Blocks Alex R. Valdes-Perez and Thomas A. Blasingame, Texas A&M University
Petrophysics. Theory and Practice of Measuring. Properties. Reservoir Rock and Fluid Transport. Fourth Edition. Djebbar Tiab. Donaldson. Erie C.
Petrophysics Theory and Practice of Measuring Reservoir Rock and Fluid Transport Properties Fourth Edition Djebbar Tiab Erie C. Donaldson ELSEVIER AMSTERDAM BOSTON HEIDELBERG LONDON NEW YORK OXFORD PARIS
Rock Optimized Shaped Charges & Section IV Testing
Rock Optimized Shaped Charges & Section IV Testing MENAPS 2013 Author: Liam McNelis Co-Author: Christian Eitschberger INTRODUCTION & OUTLINE Test Configuration & Sandstone Targets Results Overview Analysis
Petroleum Engineering 613 Natural Gas Engineering. Texas A&M University. Lecture 07: Wellbore Phenomena
Petroleum Engineering 613 Natural Gas Engineering Texas A&M University Lecture 07: T.A. Blasingame, Texas A&M U. Department of Petroleum Engineering Texas A&M University College Station, TX 77843-3116
Optimized Recovery from Unconventional Reservoirs: How Nanophysics, the Micro-Crack Debate, and Complex Fracture Geometry Impact Operations
Optimized Recovery from Unconventional Reservoirs: How Nanophysics, the Micro-Crack Debate, and Complex Fracture Geometry Impact Operations Salt Lake City Bratislava Calgary Houston Jammu London Sydney
Colorado s Underground Injection Control Program: Prevention and Mitigation of Induced Seismicity
Colorado s Underground Injection Control Program: Prevention and Mitigation of Induced Seismicity Energy & Environment Symposium April 2015 Robert P. Koehler, PhD. UIC Lead OVERVIEW What is a UIC well?
AFTER CLOSURE ANALYSIS OF THE LINEAR FLOW REGIME IN A FRACTURE CALIBRATION TEST. A Thesis ZIWENJUE YE
AFTER CLOSURE ANALYSIS OF THE LINEAR FLOW REGIME IN A FRACTURE CALIBRATION TEST A Thesis by ZIWENJUE YE Submitted to the Office of Graduate and Professional Studies of Texas A&M University in partial fulfillment
WELL TEST INTERPRETATION AND PRODUCTION PREDICTION FOR WELL SD-01 IN THE SKARDDALUR LOW-TEMPERATURE FIELD, SIGLUFJÖRDUR, N-ICELAND
GEOTHERMAL TRAINING PROGRAMME Reports 2011 Orkustofnun, Grensasvegur 9, Number 19 IS-108 Reykjavik, Iceland WELL TEST INTERPRETATION AND PRODUCTION PREDICTION FOR WELL SD-01 IN THE SKARDDALUR LOW-TEMPERATURE