SPE Seminars

Marginal Field Development and Optimisations

12 November 2017, 0800–1700 hours

Green fields today mostly can be regarded as marginal fields and successfully developed. This one-day course elaborates the strategies for green field development. It covers the complete assessment of the oil and gas recovery potential from reservoir structure and formation evaluation, oil and gas reserve mapping, their uncertainties and risks management, feasible reservoir fluid depletion approaches, and to the construction of integrated production systems for cost effective development of the green fields.

  • Session 1: Do you know your green field?

    1. How marginal is your field? Basic definitions and challenges

      Reservoir structure, connectivity, and uncertainties

      Drive mechanisms and development strategy (phasing)

      Managing the development risks

  • Session 2: Where are the oil and gas reserves?

    1. Oil and gas distribution and uncertainties

      Determination of potential reserve

      Decision tree and scenario definitions to handle low case

      Clustering small fields

  • Session 3: How to deal with uncertainties?

    1. Well placement, optimisation, and design

      Early production systems

      Surface and subsurface integration to save cost

      Role of new technology and data acquisition

  • Session 4: Can you add value and lower cost?

    1. Well design and completion: A life saver!

      Low cost well architecture

      Smart well completion

      Surface production system integration

  • Who Should Attend?

    1. Reservoir engineers

      Geologists and petrohysicists

      Drilling and completion engineers

      Production engineers

      Well integrity engineers

      Field development managers

      Oilfield investment financial analysts

Instructor

Abdolrahim Ataei is currently a principal reservoir engineer at Petroleum Resource Development at PETRONAS and has more than 24 years of industrial and academic experiences. He has worked in several positions in the E&P business, including offshore operation and production as well as well completion design and drilling. He has also worked on several FDP projects for brown field and green field in Malaysia. As a member of PETRONAS Technical Review Committee for the past 6 years, he was involved in several field development plans for green and brown field developments and their challenges. He will share some of those examples with the audience.

Ataei is also collaborating with UTP (University technology PETRONAS) by supervising the MSc and PhD projects as well as supporting the academic programs. He has published more than 20 technical papers in various international journals and conferences on different areas in reservoir description and characterisation. His areas of interest are reservoir dynamics, EOR, reservoir connectivity, and well deliverability estimation. He is also expert in gas condensate reservoir behaviour and condensate banking modelling and evaluation.

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SPE SEMINAR REGISTRATION FEE: USD 500

Production Optimisation System

12 November 2017, 0800–1700 hours

The basic objective of this course is to introduce the overview and concept of production optimisation, using nodal analysis as a tool in production optimisation and enhancement. The participants are exposed to the analysis of various elements that help in production system starting from reservoir to surface processing facilities and their effect on the performance of the total production system.

A total producing system as a group of components encompasses reservoir rock, completions, vertical flow strings, reassertions, horizontal, inclined flow lines, risers, gathering system networks, compressors, pump stations, metering system, and market system rate/pressure. An improper design of any one component, or a mismatch of components, adversely affects the performance of the entire system. Nodal analysis identifies bottlenecks and serves as a framework for the designing of efficient field-wide flow system including wells, artificial lift, gathering lines, and manifold. Production optimisation analysis is also used in planning new field development.

  • Who Should Attend?

    1. Production engineers

      Reservoir engineers

      Oilfield consultants

      Production technicians

      Field supervisors

Instructor

Atef Abdelhady is academic staff in the British University in Egypt (BUE) teaching and learning production engineering, production equipment, and surface facilities simulation and well testing simulation. He holds a BS and MS degree in petroleum engineering. He holds a PhD degree in the specialty of petroleum production engineering. He has 35 years of experience in production operation from reservoir to surface activities. Atef is an active SPE member. During his career, he has authored several technical papers in Egypt and USA. He has been selected as a qualified candidate for inclusion in the 1998 edition of International Who’s Who Membership. He has training skills and experience inside and outside Egypt.

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SPE SEMINAR REGISTRATION FEE: USD 500

Basic Oilfield Corrosion and Control via Chemical Solutions

12 November 2017, 0800–1700 hours

This course will help attendees develop the awareness of the cost of corrosion and how it can be managed and mitigated. It teaches the skills of dealing with chemicals, techniques to evaluate their performances, chemical applications and design to control corrosion. It will also help attendees learn corrosivity monitoring and the efficiency of the treatment.

  • Topics include:

    1. Corrosion cost and impact on the economy, safety, environmental, health and reputation

      Factors affecting corrosion—metallurgical, water chemistry, oil chemistry, solids and emulsifies, including others

      Facets of corrosion monitoring, short, medium, and long-term

      Coordinating all aspect of corrosion control, risk-based control/inspection, information versus data and continuous improvement loops

  • At the end of the course, participants should understand:

    1. Managing corrosion data and directing focus to high-risk operations and dedicate more effort and manageability to reduce the risk on valuable assets

      Types of inhibitors, main effective molecules, inhibitor formulation, solvent packages and aspects of formulation chemistries

  • Why You Should Attend?

    1. This course will help broaden your general knowledge around oilfield corrosion and its impact and control options. Participants will familiarise themselves with the various lab techniques used for evaluation of corrosion inhibitors. You will understand design methods in the delivery of corrosion inhibitors and their treat rates using continuous, batch and slug treatments down-hole and upstream.

  • Who Should Attend?

    1. This course is intended for new graduates with chemistry or engineering backgrounds, mid-level engineers and technologist who have some basic prior knowledge of oilfield corrosion; all personnel involved in oil and gas production and processing; management wanting to increase awareness of corrosion impact on business operations and how negative outcomes can be mitigated.

  • Special Requirements

    1. Participants should have a basic understanding of chemical handling, chemistry functional groups, basic lab equipment, corrosion reaction and attacks, and performance monitoring options.

Instructors

Mohamed Abou Zour, BSc, MSc, PhD, lead project manager E&P ME&A. After obtaining a BSc in chemistry, 1987, he joined oil refining industry for Arabian Gulf Oil Company, AGOCO, and main oil producer in Libya for 7 years. He undertook his postgraduate studies at the University of Manchester, UK where he obtained an MSc followed by a PhD in corrosion science and engineering in 1999 via a BP sponsored research and study focused on inhibition of CO2 corrosion using sulphur containing compounds.

In January 2000, he was employed by CAPCIS UK as a consultant project engineer. During his employment with CAPCIS he was managing various projects within the specialised testing group to qualify chemistries for various inhibitor applications with worldwide oil and gas producers.

In 2003, he joined Nalco and assumed various roles including technical sales, account management and technical manager for the Middle East. In 2008, he was appointed as an industrial technical consultant for EMEA region.

He joined GE in 2010, as a lead project manager for exploration and production chemicals for the upstream business in MEA responsible for setting up the business in this part of the world.

Abou Zour is a NACE and SPE active member and a visiting lecturer at both the American University of Sharjah and the UAE University and involved with various undergraduate and postgraduate programs with a list of international publications. He also runs various training programs for the oil and gas industry in various topics and in various countries.

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SPE SEMINAR REGISTRATION FEE: USD 500

Turnaround/Shutdown Safety Best Practice

12 November 2017, 0800–1700 hours

In today’s increasingly challenging economic climate, shutdowns/turnarounds have particularly more risk than ever before. Participants will gain an understanding of current industry challenges, risk/impacts and best practices used to mitigate these challenges and improve productivity, cost control, quality, and over all safety performance.

  • Why Attend?

    1. Attain knowledge of current industry challenges, risk and consequences and how they could affect your organisation. Learn what new best practices are being used, what new innovations are available. Learn how to implement these into your next project to mitigate and eliminate causes of poor safety, efficiency, and schedule performance.

  • Who Should Attend?

    1. T/A Managers

      T/A Planners/Schedulers

      T/A HSE Managers/Supervisors

      Maintenance Managers

Instructors

Darrell Dowd, VP Industrial Eastern Hemisphere United Safety. Darrell Dowd is the Vice President of Industrial, Eastern Hemisphere and is based out of Dubai, UAE. He comes with 26 years of experience in the oil and gas and petrochemical industry working in both owner/operator and contractor roles. Mr. Dowd has previously held positions such as VP Business Development and VP Americas. He has been instrumental in developing the industrial business around the globe and was responsible for the start-up of the USA business unit. Mr. Darrell’s expertise is major maintenance activities such as shutdowns, turnarounds and brown field expansion

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SPE SEMINAR REGISTRATION FEE: USD 500

Practical Depth Conversion and Depth Imaging for the Interpreter

12 November 2017, 0800–1700 hours

The following depth conversion and velocity topics will be covered:

  • Overview of Depth Conversion
  • Sources of Velocity/Defining Velocity Types
  • Well and Seismic Data Integration
  • Vertical Time-to-Depth Conversion (Basic)
  • Applications and Pitfalls of Vertical Depth Conversion
  • Time and Depth Migration: Comparisons
  • Migration Algorithms: Theory and Practice
  • Tomographic Velocity Analysis
  • Well/Seismic Validation
  • Anisotropy
  • Well Calibration

Depth conversion of time interpretations is a basic skill set for interpreters. There is no single methodology that is optimal for all cases. Next, appropriate depth methods will be presented. Depth imaging should be considered an integral component of interpretation. If the results derived from depth imaging are intended to mitigate risk, the interpreter must actively guide the process.

Participants will gain an understanding of depth conversion methodologies and QCs for validity of methods used. Also, they will learn how to effectively design, guide, and quality control depth-imaging projects in a variety of geologic settings and be able to:

  • Assess the various sources and utility of velocities
  • Investigate the compatibility of well and seismic data using synthetics and other methods
  • Assess the differences between time and depth migration
  • Characterise the underlying theory between ray and wave-equation methods
  • Assess the differences between migration algorithms
  • Appraise the form of velocity updating (tomography) appropriate for the geology
  • Plan and review QCs for iterative velocity updates
  • Assess the method used for determining anisotropic parameters
  • Implement an optimal approach for calibrating well and seismic data
  • Who Should Attend?

    1. This course is aimed toward geoscientists involved in seismic interpretation and subsequent time-to-depth conversion, in addition to incorporating pre-stack depth migration into their seismic evaluations.

Instructors

Pavel Vasilyev studied at Moscow State University's Faculty of Geology in Moscow, Russia. His experience includes developing his expertise at Schlumberger PTS, Abu Dhabi, UAE, supervising and providing technical support for depth imaging groups (production, clients) ADMA, ADCO, Al Dhafra; improving turnaround and performing the first DI projects in the Abu Dhabi Center, plus well constrained updates and azimuthal anisotropy analysis. In addition, Vasilyev has built and trained DI groups in Abu Dhabi.

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SPE SEMINAR REGISTRATION FEE: USD 500

Improving Exploration Investment through Risk Management, Uncertainty Recognition and Decision Analysis

Description

Oil and gas exploration and production is a high risk, high cost and high reward industry. Investment analysis is becoming more complex with a low price environment, more challenging environments and changing regulatory trends requiring non-standard innovative solutions. The depletion of the larger conventional onshore and shallow water reserves is driving the industry to deeper water as well as unconventional resources such as shale gas and coal bed methane or the development of fields previously considered non-commercial. Marginal fields are being reconsidered with the introduction of better resource definition methods such as 3D seismic or reduced development costs through the deployment of improved drilling methods such as multilaterals or horizontal completions.

As a consequence of the need to tackle new reservoirs with new appraisal and development techniques in more challenging operating environments the risks are often increased and there are many uncertainties which are difficult to quantify. The result is greater vulnerability of many projects to fluctuations in commodity price, resource recovery and cost.

Topics Covered
  • Introduction—Current Environment and Industry Trends

      • Introduction—Current Environment and Industry Trends
      • Technical, social and environmental trends
  • Key Probability and Statistical Concepts

      • Understanding probability and statistics as well as uncertainty concepts
      • Appropriate use of probability distributions
      • Use of distributions for resource and cost estimation
  • Exploration Project Economics and Evaluation Measures

      • Cash flow analysis and net present value calculation
      • Cost of capital, valuation and profitability measures
      • Expected monetary value (EMV) concepts
      • Credibility of input data and limitation of methods
  • Risk Management

      • Risk and uncertainty management principles
      • Risk identification, risk assessment and mitigation
      • Incorporating risk management in decision making
  • Decision Analysis for Petroleum Exploration

      • Fundamentals of decision analysis
      • Monte Carlo simulation
      • Value of information
  • Prospect Risk Analysis and Valuation

      • Assessing the probability of prospect success
      • Historical versus actual success rates
      • Monitoring and improving predictive performance
      • Prospect evaluation using EMV
  • Exploration Portfolio Valuation and Management

      • Risk and risk aversion in exploration
      • Performance of exploration portfolios
      • Exploration portfolio management
      • Matching play and portfolio attributes to business strategies
      • Assessment of exploration performance and finding costs
      • Methods for acquiring petroleum rights
      • Joint ventures, acreage swaps and farm outs

Learning Level

Intermediate

Course Length

1 Day

  • Why Attend?

    1. The ability to recognise, quantify and express uncertainty, risk and vulnerability are key skills for oil and gas professionals and decision makers that will be developed from this course.

      Successful exploration, production and development relies on appropriate decision analysis in order to mitigate risks, cut costs, understand vulnerabilities and reduce time frames. In particular the application of risk and uncertainty techniques to the interpretation of geology, geochemistry and geophysics to evaluate exploration prospects and discovered resources is of significant importance.

      This seminar will focus on enabling participants to understand and apply the tools and methods of identifying, quantifying and managing risks and uncertainties involved with prospect evaluation, resource assessment and project execution through the exploration, development and production life cycle.

      Mastering these concepts and the learning of the methods of analysing and making risk based decisions is expected to result in improved evaluation and management of exploration projects. Those working on exploration, appraisal and development projects will find it relevant to attend this seminar.

  • Who Should Attend

    1. This seminar is intended for upstream professionals and management engaged in exploration prospect generation, prospect analysis, portfolio management, resource evaluation, project planning, project execution and project management.

Instructor

Ian Tchacos is an oil and gas professional with a track record of generating value through his involvement in a range of petroleum projects from exploration through to development as well as value generating acquisitions and asset sales. He has been instrumental in building a number of high growth oil and gas businesses through strategic acquisitions as well as organic growth in a range of junior to mid-sized oil company environments.

His 30 year career has involved international experience in corporate development, strategy formulation, mergers and acquisitions, petroleum exploration and development as well as commercial negotiation, oil and gas marketing, corporate and energy finance.

Central to the success of these energy business activities has been risk based portfolio management, project evaluation and field development.

In his last executive appointment as Managing Director of Nexus Energy he was responsible for this company’s development from an onshore A$ 2 million micro-cap explorer to an ASX listed top 200, A$ 1.2 billion market capitalised offshore producer and operator. Ian was directly responsible for initiating and developing risk based decision making as the basis for exploration, development and production investments.

Ian holds a bachelor of Mechanical Engineering and a graduate diploma in Chemical Engineering commencing his professional career as petroleum engineer with significant practical experience in exploration and energy developments. He then progressed to business development roles in organisations where he was responsible for exploration portfolio development as well as project evaluation, commercialisation and development.

Ian is currently Executive Chairman of an ASX listed company, Executive Chairman of a non-listed energy company and provides strategic, technical, marketing and finance advice to a number of other companies.

Ian is currently Executive Chairman of an ASX listed company, Executive Chairman of a non-listed energy company and provides strategic, technical, marketing and finance advice to a number of other companies.

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SPE SEMINAR REGISTRATION FEE: USD 500