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الرمز | مواعيد الانعقاد | أماكن الانعقاد ورسوم الدورة | التسجيل والحجز | ||||||
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التدريب عن بعد .. باعتماد دولي
.. المشاركة للفرد 1450 يورو
المطلوب .. تحديد الدورة
.. عدد المشاركين .. موعد التنفيذ
التعاقد الجماعي … حسم 20%
للمشارك بأي مجموعة من خمسة وأكثر
أماكن أخرى لانعقاد الدورة :
كوالالمبور .. اسطنبول .. دبي .. القاهرة .. الرياض .. جدة .. ابو ظبي .. الدوحة .. مسقط .. شرم الشيخ .. الكويت .. طرابلس .. عمان .. دمشق .. تونس .. الدار البيضاء .. لندن .. باريس .. برشلونة .. امستردام .. بروكسل
تصميم عمليات الحفر في المياه العميقة
حول الدورة:
This course develops capability, at a skill level, in the design and drilling operations in deepwater wells. It is designed to give drilling engineering professionals an understanding of the technology, processes, and equipment used to drill deepwater oil and gas wells.
The course will follow a typical deepwater drilling program and drilling process from geology setting, through metocean environment, station-keeping, rig selection, conductor driving, surface casing setting, to drilling the remainder of the well. Wellhead systems, BOP, and marine riser systems for typical deepwater MODUs will be covered.
Once the drilling process and equipment has been reviewed the class will then look at some operational aspects such as well control and shallow hazards; then it will continue with emerging technologies such as multi-axis rigs, Dynamic Pressure Drilling, and surface BOP’s.
participants will gain awarness of key issues with testing, completing, and interventions, as well as overall operations management od deepwater well projects.
This course will be a mix of video presentations, power points, and discussions, along with group exercises to discuss the challenges encountered in a deepwater program. At the end of the course, the participants will understand the complexities and issues which must be addresed when drilling deepwater wells.
اهداف الدورة :
سيتمكن المشاركون في نهاية الدورة من :
- List and explain the differences in well design and operational practices between deepwater and conventional wells
- Support the need for training and communication as a key factor in the safe design and execution of a deepwater well
- Differentiate between the various types of deepwater drilling unit, and identify advantages and disadvantages of each type
- Understand the principles of deepwater casing design, and deepwater drilling fluids and cementing techniques
- Describe the fundamentals of deepwater wellhead architecture and blow-out prevention equipment
- Understand the differences between conventional and deepwater well control, including the concepts of a narrow mud weight window, choke line friction, ECD management, and riser margins
الفئة المستهدفة :
- Drilling professionals with well design and operations experience onshore and/or in shallow water desiring an understanding of challenges and solutions in the deepwater drilling environment.
- Drilling Engineers
- Wellsite leaders
- Well Engineering Team Leaders
- Well Operations Superintendents
- Managers associated with deepwater well projects
المحاور العلمية للدورة :
Day 1
- Introduction
- Introduction to deepwater operations and what makes these well unique:
- What is Deepwater?
- What is it possible?
- What is different in Deepwater?
- Geohazards
Description of the main subsurface geological challenges in deepwater, including an understanding of wellbore stability.
- Classic instability and bedding planes
- Narrow mud weight window
- Complex wellbore stability profile
- Ballooning
- Depleted reservoir
- Salt drilling challenges
- Carbonate drilling challenges
- Losses management
- Hole cleaning
Explanation of hole cleaning fundamentals and the special considerations for deepwater operations.
- Hole cleaning fundamentals
- Main drivers and cuttings behavior
- Specific challenges in deepwater
Day 2
- ECD, surge and swab management
Explanation of ECD fundamentals focused on the specific deepwater environment.
- ECD fundamentals
- Factors impacting ECD in Deepwater
- ECD management
- MPD and CML
- Understanding PWD
- Swab management in Deepwater
- Heave impact running tubulars
- Tripping and backreaming
Discussion on what happens downhole during tripping operations and tripping /backreaming procedures.
- Tripping and backreaming fundamentals
- Enabling tripping on elevators
- Tripping procedures
- Backreaming procedures
- Drill string design
Description of the main considerations to design a drill string in deepwater operations as well as the main failure mechanisms.
- BHA design considerations
- Drill pipe tubulars and connections
- Failure mechanisms and prevention
- Drill string design in deepwater wells
Day 3
- Torque, drag and buckling fundamentals
Interactive session to understand the fundamentals of torque, drag and buckling applied to typical trajectories found in deepwater wells.
- Torque and drag in Deepwater wells
- Stretch and twist implications
- Actual vs Perceived set down and overpull
- Buckling
- Casing and drill pipe wear management
- Deepwater operations modeling
Requirements to model the mechanical and hydraulics loads while drilling a deepwater well and what makes modeling deepwater wells different than land or shallow water wells.
- Torque and drag, hydraulics and temperature modeling
- Understanding the integration of the mechanical and hydraulics models
- Hindcasting and planning
- Hole condition monitoring
Discussion on the steps needed to evaluate hole condition in realtime and appropriate corrective actions.
- Hole condition management and monitoring
- Executing hole condition monitoring
Day 4
- Running casing, liner and screens
Discuss the specific challenges of running casing, liner and screens in deepwater wells using examples and interactive exercises to understand the main techniques available.
- Design challenges in Deepwater wells
- Overcoming surge
- Overcoming drag in high angle, Deepwater wells
- Running string considerations including slip-crush risk
- Expandable liners
- Packer considerations
- Running screens
- Cementing
Requirement to plan and place cement successfully including the main challenges and technologies and procedures for a successful operation
- Challenges in Deepwater cementing
- Spacers and displacement
- Deepwater cementing technologies
Day 5
- Deepwater well design and rig sizing overview
Overview of the main considerations while designing a Deepwater well, including an understanding of the main rig elements and sizing criteria. A case study exercise will be performed to integrate all the knowledge acquired in the course
- Trajectory selection
- Casing design considerations
- Drill pipe selection considerations
- Rig sizing
- Case Study
اغلاق
التسجيل والحجز في دورة تدريبية
طلب مشاركة وحجز مقعد تدريبي … نأمل تعبئة البيانات التالية وإرسالها الآن
أسلوب ومنهجية التدريب لدى مركز الأعمال الأوروبي :
تقدم أعمالنا التدريبية بطريقة احترافية وجذابة .. تتخللها معلومات اعتراضية لتجديد الانتباه طوال فترة التدريب … ونهدف من هذه الوسيلة إلى متدرب يستمع ويتفاعل … بالإضافة إلى تطبيقات عملية تستهدف المهارات والمعارف المباشرة المطلوب تحقيقها .. وتقدم للمتدربين بأكثر من طريقة منها .. تمارين وتطبيقات عملية ..استقصاءات وأسئلة .. وقد تم اعتماد استراتيجية تدريبية تقوم على أساس المزاوجة ما بين النظري والمهني وما بين المحلي والعالمي .
ما الفائدة التي يحصل عليها المشارك من الدورة ؟
يحصل كل مشارك على شهادة تدريب معتمدة دولياً من مركز الأعمال الأوروبي للتدريب والتطوير … الحائز على شهادة الايزو في الجودة رقم 2015/9001 من شركة يوكاس العالمية الإنكليزية .. ويحصل على حقيبة تدريب متضمنة المادة العلمية بواسطة فلاشة الكترونية … بالاضافة الى تدريب ممتع ومفيد ينعكس إيجابياً وتطوراً على الأفراد والمؤسسة
ملاحظة :
بإمكاننا تنفيذ الدورة التدريبية بأي مكان من المدن المشار إليها بهذه الدورة .. وبالموعد المناسب والمطلوب للمتدربين .. وذلك من خلال التنسيق المشترك مع إدارة التدريب لدى المركز .. ويتم تنفيذ التدريب بأسلوب مميز وفق أفضل معايير الجودة بحيث نلبي كافة المتطلبات والاحتياجات التدريبية .
الاعتمادات الدولية
حصل مركز الأعمال الأوروبي للتدريب والتطوير على اعتمادات دولية ورسمية ذات أعلى وأفضل المستويات العالمية علمياً وفنياً التي تعكس مستوى الآداء المتميز في أعمالنا التدريبية .. بحيث تحقق ما يطمح إليه كل مشارك بالحصول على أفضل الشهادات ذات المعايير العلمية والفنية المعتمدة رسمياً .
