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بسمهللا الرحمن الرحيم Squeeze Cement Volume Estimation ﺣﺟم
بسم هللا الرحمن الرحيم Sudan University of Science and Technology College of Petroleum and Mining Engineering Department of Petroleum Engineering Project title: Squeeze Cement Volume Estimation (Case Study Hamra Field – Sudan) تقدير حجم اﻻسمنت المضغوط )دراسة حالة حقل هجليج النفطي -السودان( Submitted in Partial Fulfillment of the Requirements of the Degree of B.Sc. in Petroleum Engineering Prepared by: Ahmed Rashad Mustafa Awad Awadelkarim Elkheir Alamein Youssif Mohammed Seaed Abbass Mohamed Moataz Osman Alrayah Edries Supervised by: Eng. Mohamed Abd Alkhalig Joubara Bakheit November 2020 بسم هللا الرحمن الرحيم Sudan University of Science and Technology College of Petroleum and Mining Engineering Department of Petroleum Engineering Project title: Squeeze Cement Volume Estimation (Case Study Hamra Field – Sudan) تقدير حجم اﻻسمنت المضغوط )دراسة حالة حقل هجليج النفطي- السودان( This project is accepted by college petroleum engineering and technology department of petroleum engineering Prepared by: Ahmed Rashad Mustafa Awad Awadelkarim Elkheir Alamein Youssif Mohammed Seaed Abbass Mohamed Moataz Osman Alrayah Edries Project Supervisor: Eng. Mohamed Abd Alkhalig Joubara Signature…….……………………………………………………… Head of Department: Eng. Abdelwhab Mohammed Fadoul. Signature ……………………………………………….................... Dean of College: Dr. Elham Mohammed Mohammed Khair. Signature ……………………………………………....................... Date: / / 2020 اﻹستهﻻل I Dedication We would like to donate this unpretentious effort to Our Parents; Who have endless presence and for the never ending love and encouragement Our brothers and sisters; Who sustained us in our life and still Our teachers; Who lighted candle in our ways and provided us with light of knowledge Finally; our best friends; Our Classmates Researchers… II Acknowledgements Thanking to Allah before and after... First and foremost; the greatest thanking to our teachers for their continuous support.. -
Railroad Commission of Texas Oil Well Potential Test
RAILROAD COMMISSION OF TEXAS Form W-2 1701 N. Congress Status: Approved P.O. Box 12967 Date: 01/10/2018 Austin, Texas 78701-2967 Tracking No.: 179641 OIL WELL POTENTIAL TEST, COMPLETION OR RECOMPLETION REPORT, AND LOG OPERATOR INFORMATION Operator Name: PERISCOPE OPERATING LLC Operator No.: 653787 Operator Address: 115 E VIRGINIA ST SUITE 201 MCKINNEY, TX 75069-0000 WELL INFORMATION API No.: 42-371-38886 County: PECOS Well No.: 601 RRC District No.: 08 Lease Name: CUNNING WOLF UL Field Name: WOLFBONE (TREND AREA) RRC Lease No.: 43061 Field No.: 98359800 Location: Section: 6, Block: 23, Survey: UL, Abstract: Latitude: Longitude: This well is located 9 miles in a E direction from FORT STOCKTON, which is the nearest town in the county. FILING INFORMATION Purpose of filing: Reclass Producing to Injection Type of completion: Other/Recompletion Well Type: Active UIC Completion or Recompletion Date: 06/07/2017 Type of Permit Date Permit No. Permit to Drill, Plug Back, or Deepen 05/04/2012 732016 Rule 37 Exception Fluid Injection Permit O&G Waste Disposal Permit 15288 Other: COMPLETION INFORMATION Spud date: 05/17/2017 Date of first production after rig released: 06/07/2017 Date plug back, deepening, recompletion, or Date plug back, deepening, recompletion, or drilling operation commenced: 05/17/2017 drilling operation ended: 06/07/2017 Number of producing wells on this lease in Distance to nearest well in lease & this field (reservoir) including this well: 0 reservoir (ft.): 0.0 Total number of acres in lease: 640.00 Elevation (ft.): 2920 GL -
Pressure Control During Oil Well Drilling
Pressure Control During Oil Well Drilling Pål Skalle Download free books at Pål Skalle Pressure control 2 Download free eBooks at bookboon.com Pressure control 6th edition © 2015 Pål Skalle & bookboon.com ISBN 978-87-403-1140-2 3 Download free eBooks at bookboon.com Pressure control Contents Contents 1 Introduction 7 1.1 Scope of this book 7 1.2 The drilling process 7 1.3 Geological sediments 9 1.4 About Pressure Control in sedimentary rocks 10 1.5 Principle of barriers and safety aspects 13 2 Pressure in the sediments 14 2.1 Predictive models 14 2.2 Quantifying formation pressure 25 2.3 Fracture pressure 36 3 Well Control Equipment 39 3.1 BOP stack and associated equipment 41 3.2 Remote control of the BOP 46 3.3 Volumetric unstable well (kicking well) 47 www.sylvania.com We do not reinvent the wheel we reinvent light. Fascinating lighting offers an infinite spectrum of possibilities: Innovative technologies and new markets provide both opportunities and challenges. An environment in which your expertise is in high demand. Enjoy the supportive working atmosphere within our global group and benefit from international career paths. Implement sustainable ideas in close cooperation with other specialists and contribute to influencing our future. Come and join us in reinventing light every day. Light is OSRAM 4 Click on the ad to read more Download free eBooks at bookboon.com Pressure control Contents 3.4 Closing procedure during drilling operations 48 3.5 Well integrity during drilling operations 49 4 Standard killing methods 51 4.1 Surface and bottom pressure of a shut-in well 53 4.2 Hydraulic friction during killing 59 4.3 Killing by means of Driller’s Method 60 4.4 Engineer’s Method 65 4.5 Killing when unable to circulate from bottom 67 4.6 Pressure control during Underbalanced Drilling 69 4.7 Killing operations 79 360° 5 Modification of the standard killing method 81 5.1 Modification due to narrow pressure window 81 thinking 5.2 Killing with irregular drill string geometry360° 86 . -
Sandven, Sondre.Pdf
Faculty of Science and Technology MASTER’S THESIS Study program/ Specialization: Petroleum Engineering/ Spring semester, 2010 Drilling Open / Restricted access Writer: Sondre Sandven ………………………………………… (Writer’s signature) Faculty supervisor: Bernt S. Aadnøy External supervisor: Jofrid Marie Hegreberg Title of thesis: Evaluation of a method of placing cross-sectional barriers during permanent plugging of wells Credits (ECTS): 30 Key words: Pages: 61 Plug and abandonment, Squeeze cementing, + enclosure: 10 Slot recovery, Cement plugs Stavanger, 14th of June 2010 Date/year Abstract When oil and gas wells reach the end of their production life, they need to be permanently plugged and abandoned. The requirements for a permanent barrier state that it must cover the entire cross-section of the wellbore, including all annuli. This thesis evaluates a new method of establishing a cross-sectional barrier in areas with poor, non-sealing annular cement. The traditional method is to mill away the section with poor cement and set an open hole cement plug, but due to the ECD effect of milling fluids, this is not always desirable. In some formations on the Gullfaks field, the operational pressure window is too small for section milling. An alternative solution was therefore tried out on a well that needed plugging. This method, referred to as punch and squeeze, consisted of perforating the section of poorly cemented casing and squeezing cement into the annulus. In this thesis, the equipment and techniques used are presented and evaluated, along with general theory relevant to plugging and abandonment. On Gullfaks, two punch and squeeze techniques were used. In the first, cement was pumped through a packer plug and squeezed into the perforations. -
Determination of Paleocurrent Directions Based on Well Logging Technology Aiming at the Lower Third Member of the Shahejie Forma
water Article Determination of Paleocurrent Directions Based on Well Logging Technology Aiming at the Lower Third Member of the Shahejie Formation in the Chezhen Depression and Its Implications Yangjun Gao 1,2, Furong Li 2,3, Shilong Shi 2 and Ye Chen 1,4,* 1 School of Earth Sciences and Resources, China University of Geosciences, Beijing 100083, China; [email protected] 2 Shengli Oilfield Branch Company, SINOPEC, Dongying 257001, China; [email protected] (F.L.); [email protected] (S.S.) 3 Faculty of Land and Resources Engineering, Kunming University of Science and Technology, Kunming 650093, China 4 School of Water Resources and Environment, China University of Geosciences, Beijing 100083, China * Correspondence: [email protected] Abstract: The Bohai Bay basin, mainly formed in the Cenozoic, is an important storehouse of groundwater in the North China Plain. The sedimentary deposits transported by paleocurrents often provided favorable conditions for the enrichment of modern liquid reservoirs. However, due to limited seismic and well logging data, studies focused on the macroscopic directions of paleocurrents L are scarce. In this study, we obtained a series of well logging data for the sedimentary layers of Es3 Formation in the Chezhen depression. The results indicate the sources of paleocurrents from the northeast, northwest, and west to a center of subsidence in the northern Chezhen depression at that Citation: Gao, Y.; Li, F.; Shi, S.; time. Based on the well testing data, the physical properties of the layers from Es L Formation in Chen, Y. Determination of 3 Paleocurrent Directions Based on this region were generally poor, but two abnormal overpressure zones were found at 3700–3800 m Well Logging Technology Aiming at and 4100–4300 m deep intervals, suggesting potential high-quality underground liquid reservoirs. -
Well Logging
University of Kirkuk / Faculty of Science / Applied geology department rd 3 year 2020 WELL LOGGING Dr. Radhwan Khaleel Hayder INTRODUCTION: -What is a “Log” and ‘’Well Logging’’. LOG OR WELL LOGGING (THE BOREHOLE IMAGE): - Data are organized and interpreted by depth and represented on a graph called a log (a record of information about the formations through which a well has been drilled). - Visual inspection of samples brought to the surface (geological logs). Example cuttings and corres. - Study of the physical properties of rocks and the fluids through which the bore hole is drilled. - Traditionally logs are display on girded papers. Now a days the log may be taken as films, images and in digital format. - Some types of well logs can be done during any phase of a well's history: drilling, completing, producing or abandoning. -Well logging is performed in boreholes drilled for the oil and gas, groundwater, mineral, environmental and geotechnical studies. -The first electrical resistivity well log was taken in France, in 1927. THE IMPORTANCE OF WELL LOGGING: 1-Determination of lithology. 2-Determination of reservoir characteristics (e.g. porosity, saturation, permeability). 3-Determination formation dip and hole size. 4-Identification of productive zones, to determine depth and thickness of zones. 5-Distinguish between oil, gas, or water in a reservoir, and to estimate hydrocarbon reserves. 6-Geologic maps developed from log interpretation help with determining facies relationships and drilling locations. 1 ADVANTAGES AND LIMITATIONS OF WELL LOGGING: Advantages: 1- Continuous measurements. 2- Easy and quick to work with. 3- Short time acquisition. 4- Economical. Limitations: 1- Indirect measurements. -
PETE 3036 - Well Logging Craft and Hawkins Department of Petroleum Engineering Louisiana State University Fall 2016
PETE 3036 - Well Logging Craft and Hawkins Department of Petroleum Engineering Louisiana State University Fall 2016 Prerequisites: PETE 2031 (Rock Properties), and either EE 2950 or PHYS 2102. Catalog Description: Qualitative and quantitative formation evaluation by means of electric, acoustic, and radioactive well logs (three credit hours). Lecture: EW 137 Time: Lectures: T-Th 1:30 - 2:50 PM Help Sessions (Not mandatory): will be announced 2427 Patrick Taylor Hall Instructor: Dr. Dahi Office: 139 Old Forestry Building Email: [email protected] Office Hours: Wednesday 2:30 – 3:30, or at other times by appointment Teaching Assistant: Mr. Klimenko Office Hours: TBA (in PETE computer lab) Students are not supposed to meet TA in graduate student office Textbook SPE textbook – Theory, Measurement and Interpretation of Well Logs by Zaki Bassiouni. The cost is approximately $ 90.00. SPE textbook - Openhole Log Analysis and Formation Evaluation, Second Edition by Richard M. Bateman, for SPE members $110 Other References Basic Well Logging Analysis, published by American Association of Petroleum Geologists. PDF copies of the PowerPoint presentations will be posted on the Moodle of the course. Objectives: Impart students with knowledge of conventional well log interpretation including: • The identification of porous and permeable sands from the SP and Gamma Ray Logs • The determination of porosity, lithology, and hydrocarbon type from sonic, density, and neutron logs • An understanding of electrical resisitivity in reservoir rocks and its relationship to porosity and water saturation • The ability to estimate water resistivity from water saturated sands and the SP log • The estimation of water saturation Topics: 1. Introduction to well logging 2. -
DRILLING and TESTING GEOTHERMAL WELLS a Presentation for the World Bank July 2012 Geothermal Training Event Geothermal Resource Group, Inc
DRILLING AND TESTING GEOTHERMAL WELLS A Presentation for The World Bank July 2012 Geothermal Training Event Geothermal Resource Group, Inc. was founded in 1992 to provide drilling engineering and supervision services to geothermal energy operators worldwide. Since it’s inception, GRG has grown to include a variety of upstream geothermal services, from exploration management to resource assessment, and from drilling project management to reservoir engineering. GRG’s permanent and contract supervisory staff is among the most active consulting firms, providing services to nearly every major geothermal operation worldwide. Services and Expertise: Drilling Engineering Drilling Supervision Exploration Geosciences Reservoir Engineering Resource Assessment Project Management Upstream Production Engineering Training Worldwide Experience: United States, Canada, and Mexico Latin America – Nicaragua, El Salvador, and Chile Southeast Asia – Philippines and Indonesia New Zealand Kenya Tu r key Caribbean EXPLORATION PROCESS The exploration process is the initial phase of the project, where the resource is identified, qualified, and delineated. It is the longest phase of the project, taking years or even decades, and it is invariably the most poorly funded. EXPLORATION PROCESS Begins with identification of a potential resource Visible System – identified by surface manifestations, either active or inactive Blind System – identified by the structural setting, geophysical explorations, or by other indicators such as water and mining exploration drilling. EXPLORATION PROCESS Primary personnel Geoscientists Geologists – structural mapping, field reconnaissance, conceptual geological models Geochemists – geothermometry, water & gas chemistry Geophysicists – geophysical exploration, structural modeling Engineers Drilling Engineers – well design, rock mechanics, economic oversight Reservoir Engineers – reservoir modeling, well testing, economic evaluation, power phase determination EXPLORATION METHODS Pre-exploration research. -
Final 2000 (1 Parte).Pdf
“MEDITERRANEAN - SEA OF OPPORTUNITIES” have the pleasure of inviting you to attend the fifth Offshore Mediterranean Conference and Exhibition that will take place in IRavenna, Italy, on March 28-30, 2001. OMC 2001 will be the first important petroleum event in the Mediterranean area of the Third Millennium, the first decades of which will undoubtedly be of dramatical importance for the oil industry dedicating huge efforts and funds in innovation and new technologies, as well as inve- sting in the construction of infrastructures for the transfer of energy. In fact the boiling projects and ideas where to ship the huge reserves of oil and gas from North Africa, the Middle East and Central Asia are converging into the Mediterranean. That is why the general theme of the forthcoming OMC 2001 is: “Mediterranean – Sea of Opportunities” Eminent keynote speakers will discuss “The Evolving Geo-economics of the Oil & Gas in the Mediterranean” during the Opening Plenary Session on March 28, 2001 while the programme of the closing day includes a Round Table on E-Business. Moreover a Panel Session on “Environmental Issues Related to Exploitation and Decommissioning of Offshore Platforms” is scheduled on Thursday morning. Representatives from the involved countries, like Egypt, Libya, Algeria, Tunisia, Iraq, Europe and Central Asia Countries will highlight their view- points offering the international oil industry convened at OMC 2001 the chance to better plan and monitor future investments in the Mediterranean area. The conference programme will comprise three parallel sessions covering all aspects of the Exploration and Production activities, as well as special session dedicated to Instrumentation and Automation Systems applied to Offshore industry. -
Well Logging Requirements
Well Logging Requirements Directive PNG010 February 2018 Revision 1.1 Governing Legislation: Act: The Oil and Gas Conservation Act Regulation: The Oil and Gas Conservation Regulations, 2012 Order: 51/18 Well Logging Requirements Record of Change Revision Date Description 0.0 September, 2015 Draft 1.0 November, 2015 Added Directive Number, updated document 1.1 February, 2018 Update for clarity and inclusion of shallow water source well requirements February 2018 Page 2 of 8 Well Logging Requirements Contents 1. Introduction .......................................................................................................................................... 4 1.1 Governing Legislation.................................................................................................................... 4 1.2 Definitions ..................................................................................................................................... 4 2. Logging Requirements for Vertical and Directional Wells .................................................................... 5 2.1 Single-Well Pads ............................................................................................................................ 5 2.2 Muti-Well Pads .............................................................................................................................. 5 2.3 Re-entry Wells ............................................................................................................................... 6 3. Other Requirements -
The Defining Series: Introductino to Well Completions
THE DEFINING SERIES Introduction to Well Completions Rick von Flatern Senior Editor Once a well has been drilled to total depth (TD), evaluated, cased and that the cement sheath between the casing and the borehole wall is without cemented, engineers complete it by inserting equipment, designed to opti- flaws (below left). If gaps exist, engineers remedy the problem by injecting mize production, into the hole. The driver behind every well completion cement through holes made in the casing at the appropriate depths. This is strategy, whether for a complex or basic well, is to recover, at a reasonable referred to as a cement squeeze job. cost, as large a percentage of the original oil in place (OOIP) as possible. Engineers then perforate through the casing and cement sheath into The decision to case and cement a well for production or plug and aban- sections of the formation where FE analysis indicates conditions are favor- don it as a dry hole relies heavily on formation evaluation (FE) using open- able for hydrocarbon flow. Perforations are holes made in the casing, usually hole logs. For the purposes of this article, completion refers to all operations using small, shaped charges fired from perforating guns. The guns may be following the placement of cement behind the production casing, which is lowered into the hole on wireline, tubing or coiled tubing. performed after FE. Often, these operations leave debris in the well and in the perforations Once FE log analysis indicates the existence and depth of formations themselves, which may hamper the flow of formation fluids into the bore- likely to produce commercial volumes of hydrocarbons, steel casing is run in hole. -
A New Logging-While-Drilling Method for Resistivity Measurement
sensors Article A New Logging-While-Drilling Method for y Resistivity Measurement in Oil-Based Mud Yongkang Wu 1, Baoping Lu 2, Wei Zhang 2,3, Yandan Jiang 1, Baoliang Wang 1,* and Zhiyao Huang 1 1 State Key Laboratory of Industrial Control Technology, College of Control Science and Engineering, Zhejiang University, Hangzhou 310027, China; [email protected] (Y.W.); [email protected] (Y.J.); [email protected] (Z.H.) 2 Sinopec Research Institute of Petroleum Engineering, Beijing 100101, China; [email protected] (B.L.); [email protected] (W.Z.) 3 State Key Laboratory of Shale Oil and Gas Enrichment Mechanisms and Effective Development, Beijing 100101, China * Correspondence: [email protected] This paper is an extended version of an earlier conference paper: “Wu, Y.K.; Ni, W.N.; Li, X.; Zhang, W.; y Wang, B.L.; Jiang, Y.D. and Huang, Z.Y. Research on characteristics of a new oil-based logging-while-drilling instrument. In Proceedings of the 11th International Symposium on Measurement Techniques for Multiphase Flow, Zhenjiang, China, 3–7 November 2019.” Received: 21 December 2019; Accepted: 11 February 2020; Published: 16 February 2020 Abstract: Resistivity logging is an important technique for identifying and estimating reservoirs. Oil-based mud (OBM) can improve drilling efficiency and decrease operation risks, and has been widely used in the well logging field. However, the non-conductive OBM makes the traditional logging-while-drilling (LWD) method with low frequency ineffective. In this work, a new oil-based LWD method is proposed by combining the capacitively coupled contactless conductivity detection (C4D) technique and the inductive coupling principle.