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Deepwater Drilling Riser and Flowline Engineering Course » OG66

Deepwater Drilling Riser and Flowline Engineering Course

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DateFormatDurationFees
27 May - 31 May, 2024Live Online5 Days$2250Register
15 Jul - 19 Jul, 2024Live Online5 Days$2250Register
12 Aug - 23 Aug, 2024Live Online10 Days$4495Register
20 Oct - 24 Oct, 2024Live Online5 Days$2250Register
18 Nov - 22 Nov, 2024Live Online5 Days$2250Register
DateVenueDurationFees
01 Jul - 05 Jul, 2024Manila5 Days$5350Register
26 Aug - 06 Sep, 2024Cairo10 Days$9150Register
06 Oct - 10 Oct, 2024Doha5 Days$4950Register
04 Nov - 08 Nov, 2024Kigali5 Days$4950Register

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Course Overview

There are several fields and components of varying importance in the oil and gas industry. Concerning this course, offshore engineering is of prime importance. It is the aspect of engineering concerned with the design and construction of structures to be stationed in the ocean. Its project site is on the ocean, and structures might be near or farther from the coast.

What is a riser in petroleum engineering?

One of the major components in offshore engineering is the deepwater drilling riser. The deepwater drilling riser acts as a conduit between an offshore well and a drilling unit. This complex procedure is carried out by engineers who are specialists in this field. Therefore, there is a need for a proper understanding of the state of the system, its design, and the probable risks associated with it.

On the other hand, flowline engineering is a branch of engineering discipline responsible for designing the fraction of steel pipe directing the produced fluids from a wellhead, through a production chamber as necessary, to a fluid separator of a surface facility.

What does a subsea engineer do?

This Zoe Talent training course is very detailed. It will explore all stages of the flow line life cycle and deepwater drilling. By attending this course, you will also understand the role of a subsea engineer. As a result, you will have an expansive knowledge of the deepwater drilling and flowline industry.

Course Objectives

The crucial objective of this course is to empower experts to:

  • Enlighten technical and non-technical staff on the procedures in deepwater drilling and flowline engineering
  • Maximise the profit of the company by enhancing the knowledge of its workers about the design, installation, inspection, and repair of flowlines
  • Learn about flowline maintenance and integrity management
  • Understand how flowlines are designed and the challenges of flowline installation
  • Understand key concepts relating to flowline engineering like flowline manifold, flowline Routing and Flowline connector
  • Learn about flowline integrity management
  • Learn how flowlines and systems are connected to floating facilities

Training Methodology

Zoe Training Solutions is a platform that provides training courses across diverse subjects. With the combined efforts of experts, professionals in a particular field, comprehensive, well-detailed and relatable training is carried out. The various strategies employed to impact knowledge to trainees include video presentations, seminars, quizzes, snap test assessment, group work, constant communication between professionals undertaking the training and the trainees.

Organisational Benefits

This course in question is specifically modelled for the oil and gas industry. Thus, organisations in the oil and gas industry that engage in this course seek to gain the following:

  • Equip personnel on the fundamentals in engaging in offshore engineering, thus ensuring safe practices and eliminating or reducing organisational losses
  • Enables the organisation to carry out due diligence and proper risk assessment before undertaking the offshore processes
  • Collective development of skillset necessary to engage in the process with the constant training of personnel of the organisation, thus increasing the efficiency of the organisation
  • Improving the service life of its flowline projects
  • Effectively manage the maintenance and operations expense of flowline projects
  • Ensure a reduction in the organisation’s environmental and business hazards whilst engaging in the process of deep drilling
  • Development of highly technical capabilities and knowledge in the sphere of subsea umbilical risers & flowline engineering

Personal Benefits

Participants who undertake this course wholly are assured certain benefits, which are:

  • A comprehensive understanding of the complex nature of design and operation of the deepwater drilling riser
  • Improved and comprehensive know-how as regards the various methods of riser analysis that exists
  • Awareness of the various health hazards, environmental pollution, accidents, as well as the overall risk that deepwater drilling encompasses, thus, ingraining in the trainees’ safe practices as well as the zeal to carry out due diligence before engaging in the deepwater drilling
  • broadened scope and horizon of understanding of the various practices and terminologies about the deepwater drilling riser
  • A practical perspective to the process of undertaking drilling process offshore with the aid of deepwater drilling riser
  • Thorough comprehension and effective management of the possible challenges or obstacles during their organisations’ development of flowline projects

Who Should Attend?

  • Reservoir engineers
  • Managers in charge of offshore activities
  • Operation engineers
  • Project managers assigned offshore
  • Subsea engineers
  • Offshore installation engineers
  • Non-technicians in offshore activities organisation
  • Flowline engineers
  • Operations engineers and professionals
  • Maintenance engineers and technicians
  • Project engineers
  • Engineers from all disciplines who are new to the flowline industry
  • Managers and executives who are new to the flowline industry
  • SURFs engineer
  • Reliability engineer
  • Flow assurance specialists

Course Outline

Module 1: Overview of Deepwater Drilling Riser 

  • Background
  • Components of Deepwater Drilling Riser
  • Categories of Drilling Risers

– marine drilling risers

– tie-back drilling risers

  • Riser Analysis
  • Factors Affecting Deepwater Drilling Riser Integrity

Module 2: Design of Deepwater Risers

  • Design codes
  • VIV and Wave Fatigue of Risers
  • Flexible Risers and Flowlines
  • Hybrid Risers
  • Drilling Risers

Module 3: Analysis of Risk Assessment of Deepwater Drilling Riser

  • Risk factors
  • Drilling Riser Risks Models
  • Case studies
  • Analysis of Global Riser
  • Analysis of Dynamic Riser

Module 4: Fundamentals of Drilling Risers

  • Risers selection and Designs
  • Drilling and completion risers
  • Top tensions risers
  • Flexible risers
  • Management, Care, Maintenance, Supervision and Inspection of Risers.

Module 5: Installation of Deepwater Risers 

  • Phases of installation

– Drilling Riser Installation

– Completion Riser Installation

– Production Riser Installation

Module 6: Types of Flowlines

  • Subsea flowline
  • Offshore flowline

Module 7: Overview of Flowline Engineering

  • Flowline design process
  • Flow assurance
  • Pipeline sizing considerations
  • Routing of flowlines

Module 8: Considerations for Flowline Design

  • Temperature and Pressure of flowlines
  • Flowline design code
  • Mechanical strength
  • flowline Routing
  • Flowline materials
  • Flowline expansion loops
  • Flowline hook-ups
  • Flowline installation

Module 9: Flowline Installation, Inspection and Integrity Management

  • Integrity and Maintenance of flowlines Umbilical, Risers, Flowlines (Surf)
  • Role of inspection in safe-guarding assets

Module 10: Flowline Connector

  • ROV operated manual connectors
  • Hydraulic connectors with integral hydraulics
  • Mechanical connectors with hydraulic actuators

Module 11: Commissioning of Flowlines

  • Requirements that must be satisfied before commissioning
  • Critical issues in commissioning a flowline

Module 12: Industry Case Studies

  • Oooguruk Offshore Arctic Flowline Design and Construction
  • Free-Span Remediation Studies for the K2 Pipe-In-Pipe Flowlines, 2006

Module 13: Riser Joint Construction

  • Development
  • Small-scale testing

Module 14: Alternatives to Standard Deepwater Drilling Risers

  • Free Standing Drilling Riser (FSDR)
  • Artificial Buoyant Seabed (ABS) Drilling Solution
  • Subsea Mudlift Drilling (SMD)

 

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