spe workshop: asia paciﬁc wells week enhancing value ... · enhancing value through best...

SPE Workshop: Asia Pacific Wells WeekEnhancing Value through Best Practices and Technologies23 – 24 SEPTEMBER 2019KUALA LUMPUR, MALAYSIA

Who Should Attend

Professionals involved in:• Asset Integrity• Asset Management• Change Management• Drilling and Completions• HSE and Risk Management• Plugging and Abandonment• Process Safety Management• Production Analyst• Production and Operation Management

GROUP REGISTRATIONS AVAILABLE!Contact us at [email protected] to arrange your group.

go.spe.org/20WM11W

Drilling Exploration and Development

Completions Deepwater Exploration and Development

HPHT and Carbonate

Slim Hole Drilling

Technologies and Techniques for Increasing the Envelope of E-Line and Slickline Operations

Coiled Tubing Well Integrity Well Workover

Well P&A

E�ective Well Management with Digital

Session Highlights

STREAM 1Drilling and Completions

STREAM 2Well Interventionand Integrity

Technical Programme Committee

The inaugural SPE Asia Pacific Wells Week serves as the avenue for the wells fraternity to exchange knowledge on industry challenges and commercially e�ective practices. This event is exclusively curated for professionals who are involved in the wells construction, intervention and abandonment space.

Under a high-intensity and high capital environment, it is a challenge for operators and services companies to find the perfect synergy between managing well activities, balancing the OPEX and CAPEX, and implementing new technologies. However, it is crucial to the industry that throughout the well’s lifecycle; from planning to operations, balance is achieved. Moreover, regulatory compliance, policy adherence and collaboration between operators, service companies and technology providers are key to the success of future well activities.

Malik Faisal AbdullahHead Well Engineering, Centre of ExcellencePETRONAS CarigaliSdn BhdMember, SPE Asia Pacific Regional Technical Advisory Committee

WORKSHOP ADVISOR

Mohd Zulkifli ZakariaHead of Well Management,Malaysia Petroleum ManagementPETRONAS

Sunchai PongorapinVice President, Thailand O�shore Well Operations DepartmentPTT Exploration and Production Public Company Limited

Salim TaoutaouWell Integrity and Cementing Global Domain Head and Technical AdvisorSchlumberger

PROGRAMME CO-CHAIRS

• Production Technology• Regulators• Researchers• Reservoir Engineering• Subsea System• Wells Construction• Wells Engineering• Wells Services

Technical Programme Committee

COMMITTEE MEMBERS

Malik Faisal AbdullahHead Well Engineering, Centre of ExcellencePETRONAS Carigali Sdn BhdMember, SPE Asia Pacific Regional Technical Advisory Committee

WORKSHOP ADVISOR

Mohd Zulkifli ZakariaHead of Well Management,Malaysia Petroleum ManagementPETRONAS

Sunchai PongorapinVice President, Thailand O�shore Well Operations DepartmentPTT Exploration and Production Public Company Limited

Salim TaoutaouWell Integrity and Cementing Global Domain Head and Technical AdvisorSchlumberger

PROGRAMME CO-CHAIRS

Rosano SosrohadisewoyoArea Manager, Asia PacificAltus Intervention

Jason Kok Chin HwaManaging Director – Asia Pacific AppSmiths® Technology

Sathish Kumar Batumelai Region ManagerArcher Well Company (M) Sdn Bhd

Alan CarnegieDirector Global Business Development & Asia Middle-East Africa RegionsCabot Specialty Fluids

Arthur Sam Choon YauChief Executive O�cerDaya Maxflo Sdn Bhd

Mohd Alham Mohd JohanWells ManagerEnQuest Petroleum Malaysia

Nik Mohd Mokhzani Mohd ZainudinWells EngineerExxonMobil Exploration and Production Malaysia Inc.

David Richard Turner Region Manager Asia PacificImpact Selector Ltd

Tim Robert MortonHead of Well PerformanceGroup OperationsMaersk Training A/S

Adrian Robert YoungDrilling Team LeaderMurphy Sarawak Oil Company Ltd

Lee Chih ChiangHead of Petroleum Engineering Petrofac (Malaysia PM304) Limited

Mohd Nasir Mohd YunusHead of Drilling, MPMPETRONAS

Mohd Nizam RamliPrincipal Well Engineering, RDM-Wells Management, MPMPETRONAS

Nurul Ezalina HamzahHead of Well Intervention, RDM-Wells Management, MPMPETRONAS

Shahril Ridzauddin Mohd MokhtarHead of Completions (Wells Management), Resource & Development Management, MPMPETRONAS

Muhammad Idham KhalidHead Workover and Coiled Tubing DrillingPETRONAS Carigali Sdn Bhd

Rohaizat GhazaliHead Reactivation & Integrity Assurance Planning (RIAP), Wells Intervention and Integrity (RIAP/WIW), PETRONAS Carigali Sdn Bhd

Lau Chee HenCementing Technical EngineerPETRONAS Carigali Sdn Bhd

Roberto Horacio TelloDrilling and Completion ManagerRepsol

Dato’ Wan Hassan Mohd JamilChief Executive O�cerReservoir Link Sdn Bhd

Klaas van der PlasWell Engineering Manager (DW)Sarawak Shell Berhad

Noor Azree NordinWells Business Support LeadSarawak Shell Bhd

Nicholas MosesSEA Completion & Sand Management Services Domain ChampionSchlumberger

Suresh MurugiahWell Integrity Services ManagerSGS Malaysia

Addy YusopSystem Sales Manager – APACTechnipFMC

Seyri Anuwa JahariChief Executive O�cerVantage Oilfield Solutions Sdn Bhd

Adrin Shafil Ahmad NasirChief Operating O�cerVelesto Energy Berhad

Azrynizam Mohamad NorSenior Drilling EngineerVestigo Petroleum

Session 7HPHT and Carbonate

Session 8Well Workover

Co�ee & Tea Break

Session 9Slim Hole Drilling

Session 10Well P&A

Session 11E�ective Well

Management with Digital

Session 12E�ective Well Management

with Digital

Networking Luncheon

Co�ee & Tea Break

Session 5Deepwater Exploration

and Development

Session 6Well Integrity

Welcome Dinner

Session 1Drilling Exploration and

Development

Session 2Technologies and

Techniques for Increasing the Envelope of E-Line and

Slickline Operations

Time

Opening Session

Executive Panel Session: Enhancing Value through Best Practices and Technologies

Group Photo/Co�ee and Tea Break

Co�ee & Tea Break

Networking Luncheon

Room 1 Room 2

MO

ND

AY, 2

3 SE

PTEM

BER

2019

TUES

DAY

, 24

SEPT

EMBE

R 20

19

Session 3Completions

Session 4Coiled Tubing

0830 – 1000hrs

1000 – 1015hrs

1015 – 1215hrs

1215 – 1315hrs

1315 – 1515hrs

1515 – 1530hrs

1530 – 1730hrs

1730hrs onwards

0830 - 1030hrs

1030 - 1045hrs

1045 - 1245hrs

1245 - 1345hrs

1315 - 1545hrs

1545 - 1600hrs

1600 - 1800hrs

WED

NES

DAY

AND

THUR

SDAY

25 –

26

SEPT

EMBE

R 20

19

0900 – 1800hrs

SPE Training Course: A Proactive Approach to ensure Well Integrity during the Construction and Operation of Wells

SPE Training Course: Sand Control Design and Execution

Contact us at [email protected] for more information

Join our league of dedicated members who provide the energy that makes our society work.

• Enhance your leadership skills• Contribute to programmes and activities with your knowledge and experience• Meet and network with members near you and around the globe• Demonstrate thought leadership in your area of expertise and interest at both local and international levels

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Engage • Support • Contribute

LEAGUE OF VOLUNTEERS

ATTENTION NON-MEMBERS:Join our worldwide membership!

Non-member full workshop attendees can join SPE at no additional cost. Look for your exclusive o�er by email shortly after the event.

Programme ObjectiveSPE Asia Pacific Wells Week provides a platform for participants to network, exchange ideas and learn from their wells community peers. Consequently, participants will gain valuable insights on e�ciency improvement of their assets from industry leaders and technology providers.

Why Participate• 100+ participants from 10+ countries• 60+ industry and subject matter expert speakers• 12 focused technical sessions• 50+ technical presentations• Opening and Executive Panel Sessions featuring senior executives and industry leaders• 6+ hours of targeted networking breaks• Technical showcase of cutting edge services and solutions

Why Sponsor• Enhance your brand identity to a targeted audience• Maximise your organisation’s visibility• Reinforce your organisation’s relationship with key industry practitioners • Demonstrate your commitment to the industry through support

Contact Hanna-Rose Abdul Jalil for Sponsoring Opportunities at [email protected].

Knowledge Sharing ePoster SessionsKnowledge Sharing ePoster Sessions will feature a variety of technical posters covering a range of related technical disciplines. An ePoster is an electronic version of the traditional poster, presented on a large digital touch screen. The electronic format o�ers the added benefit of animation and video to enhance the visual experiences and provide greater interactivity between delegates and authors.

During the ePoster Session, presenters will give short presentations in an informal setting and facilitate direct discussions with the delegates at designated ePoster stations. Attendees are encouraged to attend the sessions for more knowledge sharing and networking opportunities. ePosters are also available for attendees’ viewing at ePoster stations throughout the event.

Interested to submit an abstract? Contact Hanna-Rose Abdul Jalil at [email protected], submission deadline is by 31 July 2019.

Programme Schedule

Session 1: Drilling (Exploration and Development)

Room 1 • 1315 – 1515 hrsSession Managers: Mohd Nasir Mohd Yunus, PETRONAS; Roberto Horacio Tello, Repsol

This session focuses on the latest developments in drilling applications used during exploration and development of wells. These applications are design specifically to improve well costs and scheduels. The overall spectrum of well planning, engineering and design, execution will be covered; along with highlights on technical solutions of key challenges in our current drilling environment. The industry, utilises tool and equipment inspection (QA & QC) as an approach to achieve drilling assurance and reliability. In addition, this session will also showcase the replication of technology including:• Casing While Drilling (CWD)• Customised Drilling Fluid for low pressure environment• Manage Pressure Drilling (MPD) to solve challenges and optimising the drilling process in narrow pressure conditions• Latest LWD equipment for sampling of fluids and pressure measurement and its reliability improvements• Optimising “off-line activities”, batch drilling and simultaneous operation practices, etc.

Several examples of initiatives to reduce Non-Productive Time (NPT) through the application of geomechanical studies and the improvement of drilling practices to minimise operational problems related to well bore stability will be covered. Also included are the efforts to improve drilling rig downtime; for example, collaboration and sharing of critical spares amongst rig contractors.

Session 3: Completion

Room 1 • 1530 – 1730 hrsSession Managers: Shahril Ridzauddin Mohd Mokhtar, PETRONAS; Nicholas Moses, Schlumberger

In today’s environment, it is a growing challenge to achieve the right balance between cost effective practices and optimum technology application in completing a well. There is a need to widen the approach and to look further into the life of the well to optimise the completion design and to realise the full potential of the well. This could mean simplifying the completion design to get the most out of the reservoir in the short term or implementing technologies that would prolong the production life of the well. The later would increase the recovery factor of the reservoir.

The objectives set during the design phase should be developed for the full life of the reservoir and not be constrained to the short term CAPEX and OPEX objectives. This session aims to discuss creative technology application, out of the box ideas and new technology breakthrough that either improves operational efficiency, increases hydrocarbon recovery or reduces the completion cost of the well while still maintaining asset integrity throughout the lifecycle.

Session 2: Technologies and Techniques for Increasing theEnvelope of E-Line and Slickline Operations

Room 2 • 1315 – 1515 hrsSession Managers: Rosano Sosrohadisewoyo, Altus Intervention; David Richard Turner, Impact Selector

E-Line and slickline interventions are often the lowest cost means of accessing wells for many tasks, and by extending the range and capabilities of these services, they then become efficient ways to reduce cost. Technical innovations are allowing cost-effective substitutions; E-Line powered mechanical tools for coiled tubing, memory tools & digital slickline for E-Line, and even conveyance-less data acquisition technologies replacing both E-line and slickline.

This session considers the application of technologies and techniques to achieve well intervention objectives with efficiency and certainty. Areas for consideration may include:• Conveyance techniques• Modelling and risk reduction approaches• Alternative data acquisition and communication methods• Improved downhole mechanical capabilities• Lower cost technologies and techniques enabling well interventions at marginal fields

Session 4: Coiled Tubing

Room 2 • 1530 – 1730 hrsSession Managers: Mohd Alham Mohd Johan, EnQuest Petroleum Malaysia; Nik Mohd Mokhzani Mohd Zainudin, ExxonMobil Exploration and Production Malaysia Inc.; Rohaizat Ghazali, PETRONAS

Coiled tubing is chosen over conventional straight pipe/tubing with connection because conventional tubing has to be threaded together. Additionally, coiled tubing does not require a workover rig; coiled tubing can be inserted into the well while it is live. It is also a cost-effective choice and can be used on high-pressure wells. There are a number of well intervention applications that can be achieved. These include solids cleanout and perforating the wellbore, as well as retrieving and replacing damaged equipment. Additionally, coil tubing drilling is now implemented in niche-areas and in particular in association with underbalanced drilling.

DAY 1 - MONDAY, 23 SEPTEMBER 2019

Opening Session

0830 - 1000 hrsCo-Chairs: Mohd Zulkifli Zakaria, PETRONAS; Sunchai Pongorapin, PTTEP, Salim Taoutaou, Schlumberger

Opening Session

1015 – 1215 hrsCo-Chairs: Mohd Zulkifli Zakaria, PETRONAS; Sunchai Pongorapin, PTTEP, Salim Taoutaou, SchlumbergerSession Moderator: Tim Robert Morton, Maersk Training

STREAM 1Drilling & Completions

STREAM 2Well Intervention and Integrity

Technical Programme Preview

Session 6: Well Integrity

Room 2 • 0830 - 1030hrsSession Managers: Arthur Sam Choon Yau, Daya Maxflo Sdn Bhd; Lee Chih Chiang, Petrofac (Malaysia PM304) Limited; Sathish Kumar Batumelai, Archer Well Company (M) Sdn Bhd

Effective well integrity management (WIM), when properly implemented, achieves much more than its core aim of "reducing the risk of uncontrolled release of well fluids to the environment". Wells with ineffectively managed integrity issues result in significant and avoidable levels of well shut-ins, costly remedial and even expensive workovers. Most WIM manages the “after-effect” situation i.e. when breach in barrier happens, the severity of the situation is classified. Then risk is assessed; to determine the need to manage the situation or put remedial works into action. A more pro-active view is needed in handling well integrity and; as the preventive maintenance method, critical device testing (CDFT), is the only practice that is common across operators.

Well integrity is a lifecycle management. It is a multi-disciplinary effort that has several stakeholders, phases of application and is an endeavour that requires diligent planning throughout the phases of field development. Maintaining well integrity during the well operational phase is a norm which requires the practice of proactive pressure monitoring programmes, barrier verification, and maintenance programmes.

We have to change our view that well integrity starts with the very design of the well until plugged and abandoned. At every facet of the well life, how can we instil cost effective practices that can enhance the value of the well.

This session the topics should address:• Well integrity during well construction (technologies related to integrity improvement)• Integrity in regulatory environment• Well barriers elements and reliability• Integrity during intervention• Strategies for cost effective, reliable long-term abandonment barriers

Session 8: Well Workover

Room 2 • 1045 - 1245hrsSession Managers: Adrin Shafil Ahmad Nasir, Velesto Energy Berhad; Muhammad Idham Khalid, PETRONAS; Seyri Anuwa Jahari, Vantage Oilfield Solutions Sdn Bhd

This session will refresh the operator and contractor view on well workover. This new approach will take a deeper dive into technology/equipment and setup, cost vs. risk/result and liability vs. performance. Most of the workover work is done due to mechanical downhole issues, making it unfixable with a standard or lighter intervention package. The scope involved include well rejuvenation for stranded reserve, late life field management in anticipation for decommissioning, or extending well life. The workover scope must consider the way to overcome the complex downhole well issues. The ongoing quest to uncover a fit for purpose and sustainable strategy which will benefit both operator and contractor in this challenging environment.

Session 5: Deepwater Exploration and Development

Room 1 • 0830 - 1030hrsSession Managers: Adrian Young, Murphy Oil Corporation; Klaas van der Plas, Sarawak Shell Berhad

Deepwater exploration and development is not only environmentally challenging but also from an investment point of view. Exploration in Deepwater frontier areas is expensive, and success often depends on the quality of subsurface and geohazards input where offset data is often lacking. Comprehending and reducing risks plus managing costs, are the key components to the success of Deepwater projects. The challenges for a subsea development are not only limited to the cost of drilling and the complexity of subsea infrastructure but also the technology of assessing and producing subsea volumes poses a great challenge. Taking the full life cycle into consideration, well interventions, access to existing subsea wells are often difficult and costly. Solutions such as ROV friendly interventions, new concepts for equipment maintainability will be required to reduce cost and improve reliability. Undoubtedly the industry is excited about new Deepwater opportunities, but at the same time the industry needs to be constantly on the lookout for safer, better, cheaper, and faster methods by continuously pushing the technical boundaries. It is clear that Deepwater exploration and development require to be cost effective hence competitive, as the Unit Development Cost of a barrel of Deepwater oil compete directly with a barrel of onshore oil.

Session 7: HPHT & Carbonate

Room 1 • 1045 - 1245hrsSession Managers: Addy Yusop, TechnipFMC; Noor Azree Nordin, Sarawak Shell Berhad

HPHT brings different dimension and challenges to overall Well Delivery Process. Similarly, carbonate wells also face few unique challenges which carry complexities and difficulties especially during the execution phase for both drilling and completion. These 2 type of drilling environments often results in incremental cost (cost overrun) and delay in project delivery if overall well engineering planning and operations have not been properly managed and executed. This session will focus on subjects related to well design techniques from comprehending uncertainties and design limit, selection of equipment and materials and new proven technologies; with focuses mainly on cost effective solutions to improve personal and process safety. Also as important, the competitive scoping and efficient execution in HPHT and carbonate environments. Recent actual case studies/completed well operations will be shared during this session to discuss about the lessons learnt, best practices and success stories.

DAY 2 - TUESDAY, 24 SEPTEMBER 2019


Session 9: Slim Hole Drilling

Room 1 • 1345 - 1545hrsSession Managers: Alan Carnegie, Cabot Specialty Fluids; Mohd Nizam Ramli, PETRONAS; Azrynizam Mohamad Nor, Vestigo Petroleum

Slim-hole drilling technology can significantly reduce well cost in oil and gas industries. If it could be applied to more projects, cost savings are likely to be huge for the operators. The technology as of today, has been proven to reduce the well cost; however, in reality, slim hole technology is not a standard practice and sometimes not an option by the majority of the operators in Malaysia.

To ensure the growth of slim hole drilling implementation in Malaysia, regulator, operators and drilling contractors have to work closely in promoting the technology. Regulator’s role is to promote and provide support to operators in bringing and implementing the technology into the country. Operators need to consider slim hole drilling as their standard practice and drilling contractors can provide and promote their slim hole technology which have been implemented successfully elsewhere into Malaysia.

To gain maximum benefit from slim hole drilling, the technology need to be coupled up with other activities such as batch drilling and offline activities. This can be achieved by streamlining the well design philosophy among subsurface, facilities, wells and production department. This session will cover case histories of slim-hole drilling and what needs to be done by the regulator, operators, project teams and drilling contractors to support and sustain the implementation of slim hole drilling, where it can add value.

DAY 2 - TUESDAY, 24 SEPTEMBER 2019

Session 10: Well P&A

Room 2 • 1345 - 1545hrsSession Managers: Nurul Ezalina Hamzah, PETRONAS; Lau Chee Hen, PETRONAS Carigali Sdn Bhd

Oil and gas operators consider Well Plug and Abandonment (P&A) work as a liability and tend to respond with a lot of pushback towards P&A execution. Of late, operators in the Asia Pacific region have started reviewing their assets and have come to realisation that many of the wells and fields are no longer economically viable. Coupled with increasing push by government regulators, more operators are exploring ways to P&A their wells in the near future by employing the most cost efficient solution and reducing the risk of leaving a big dent on their balance sheets. The main challenge that P&A work presents is the high execution cost due to the age and state of deterioration of the assets. With increasing drilling and production activities, the market is in short supply of competent, reliable and experienced service providers to accommodate the equally increasingly busy well P&A activities. Limited availability of technology to perform remedial well integrity work prior to the restoration of barriers, whose main objectives is to prevent migration of hydrocarbon liquids to the surface over time, is another challenge that is faced by operators. This session aims to offer an overview and present best practices, lessons learned, new methodologies, materials and techniques to achieve the most efficient and economical solutions for a safer, smarter and cost effective well5P&A.


Artificial intelligence, machine learning, real time operations, and digitalisation Initiatives are rapidly transforming the way we work. Advancements in computing power and the increasing demands of production complexity have led to development of innovative ideas and technologies which challenge the traditional approach and improved ways of performing task and making decisions; faster, more accurate, and facts driven.

Oil and gas companies have started to adopt real time operations and collecting large amount of data in their upstream and midstream businesses; thus benefiting from advancement in sensors, measurements, telecommunications, data analytics algorithm/languages, diagnosis, analysis and optimisation, as well as artificial intelligence, automation, integration and business intelligence.

Collecting data is one part of the process, however the big question we all face is how the industry can utilise the large amount of data collected to help us to manage well intervention activities and predict well integrity issues. For example, predicting when there might be a barrier failure before it actually happens or using big data to optimise integrated intervention activities to minimise the time spent on a job or wellsite activity.

There is also an under-utilisation of well-site data to improve the process safety of the well intervention process. In instances where the well-site real time data is being utilized currently in the industry, it is mostly used for documenting events and reactive decision making instead of proactive identification of hazard predictors.

The benefit of predictive decision making had not been realised its full benefit to the industry. Further to, the application prescriptive model can be ideal world enable by AI capability to seamlessly give various options at any point in time at ever-changing sub-surface environment that affect the performance of the wells and its integrity.

The over reliance on the notion that wellsite personnel always know best and the absence of a more collaborative process with comprehensive real time inputs, compromises the process integrity and leave a vacuum for continuous improvement in well management cost.

This session aims to discuss and share ideas across the industry on its digitalisation initiatives and technologies enabled by data analytics, cloud computing and AI, which can be applied to enhance the value created in well construction, well intervention, and well integrity activities.

Session 11 & 12: E�ective Well Management with Digital

Note: This session will take place in two breakout sessionsRoom 1 • 1600 - 1800hrs (Drilling and Completions) | Room 2 • 1600 - 1800hrs (Well Intervention and Integrity)Session Managers: Jason Kok, AppSmiths® Technology; Dato’ Wan Hassan Mohd Jamil, Reservoir Link Sdn Bhd; Suresh Murugiah, SGS Malaysia

SPEAKING OPPORTUNITIES AVAILABLE!This is the opportunity for you to share your technical expertise with an international audience, submit an abstract now on your preferred session by 31 July 2019. For more information, contact Hanna-Rose Abdul Jalil at [email protected].

Post-Workshop Training Courses

25 – 26 September 2019 | Kuala Lumpur, Malaysia

A Proactive Approach to ensure Well Integrity during the Construction and Operation of Wells

Course DescriptionWell Integrity management is looked at in three distinct stages, the first stage is during the well design which includes material selection, engineering design, cement design, coating and inhibitors and cathodic protection. The second stage is monitoring the well during the life of the well locating possible leaks and/or loss of metal. The last stage is to manage and control any well integrity issues using specialised products, services and techniques.

This course will:• Define the building blocks of a successful well

integrity management programme• Define well integrity well categorisation based

on compliance to the barrier policy outlined in the regulations and develop an approach to risk management

• Well barriers and their verification• Monitoring and surveillance of well integrity

(focus on cementing and corrosion)• Understand the well integrity ISO standard

(calculation of MAASP etc.)

ObjectivesTo enable participants to understand the well integrity management principles and well Integrity components during the lifecycle of the well and acquire the tools and methods to eliminate and/or mitigate the loss the well integrity during design, construction and well operations. The participants will learn how to manage a well within its operating envelope which has lost its integrity and how to manage a well within its operating envelope which has lost its integrity.

Your InstructorSalim Taoutaou is the Cementing and Well Integrity Domain Manager and Technical Advisor. Through his 22 years in the oil and gas industry, he held various positions Global and Regional positions in di�erent regions in Africa, Europe, the Middle East and

Asia. He has authored more than 50 international journal and conference papers, he is the holder of six patents and was the recipient of the SPE 2014 Asia Pacific Regional Technical Award in Drilling Engineering. Salim Served as the SPE Distinguished Lecturer for the 2017-2018 season. He is an o�cer in the board of the SPE Well Integrity Technical Section and the SPE Northern Emirates and a member of the SPE Global Training Committee. Salim also serves as a member of IOGP, ISO and IANOR. Salim is a certified SPE and Schlumberger NExT Instructor. He received a Master’s degree in Mechanical Engineering from Algeria.

Daily Technical Programme

0900 - 1000 Session 1: Well Integrity Components and General Concept (Well charter and functional specifications) • Detailed well design, construction and service • MAASPs & MAWOP • Well and annuli monitoring • Carrying out preventative and corrective maintenance for the well • Annulus investigation & MAASP recalculation • Asset compliance with WIMM requirements • Well Abandonment • When Well Integrity is achieved?

1030 – 1045 Co�ee and Tea Break

1045 – 1200 Session 2: Well Integrity Well Categorisation based on Barrier Policy (Barrier concept – double barriers) • Risk • Tra�c light • Current state • Categorisation approach • Category descriptions

1200 – 1330 Networking Luncheon

1330 – 1515 Session 3: Well Barriers and Verification - Definition and Qualification • Well barriers: definition and qualification • Well barriers envelope • Conditions of well barriers installed

1530 – 1700 Session 4: Types of Well Barrier (Primary and Secondary) Well Control • Actions to store primary well barrier • Well control process in action • What if barrier fails? • Two barrier principle • Primary and secondary barriers • Typical model of failure

0900 – 1030 Session 5: Monitoring and Surveillance - Focus on Cement • Surveillance and monitoring • Consideration • Visual inspection • Well logging


1045 – 1200 Session 6: Surveillance and Monitoring of Cement Isolation • Modes of failure of a cement sheath • Material inventory • Density control • Surface pressure analysis • Cement evaluation techniques • Cement evaluation with sonic tools • USIT/ CBL • Flexural attenuation physics • Light & contaminated heavy cements • Pipe centering information – third interface echo (TIE)


1330 – 1515 Session 7: Well Integrity Monitoring and Surveillance Cathodic Protection - Focus on Corrosion • Corrosion: categories, contributing factors cost, management and control • Location of pipe integrity problems • Mitigation: external coating for casing and chemical treatment • Cathodic protection • Impressed current cathodic protection (ICCP) • Sacrificial anode cathodic protection (SACP)

1530 – 1700 Session 8: Mitigation Special Cements • Resistant to CO2 and H2S • Carbonation of Portland cement • Kinetic tests with Portland cement • Experimental method • Carbonation process • Class G cement + Fly ashes (C Type) • G cement + fly ashes (F Type) • Calcium phosphate cement • Magnesium potassium phosphate “Cement” • CO2 Resistant Cement • Performance Comparison (6-months) • H2S Attack • Evaluation of pipe and downhole well integrity

Well Integrity and Cementing • Two barrier principle • Pressure test criterion • Shoe Track • Casing Cementing • Cement Plugs • Liquid in the Well • Suspension Packers • Casing Float Valves • Mechanical Tubular Packers

Wednesday, 25 September 2019

Daily Technical Programme Thursday, 26 September 2019

25 – 26 September 2019 | Kuala Lumpur, Malaysia

Sand Control Design and Execution

Daily Technical Programme

0900 – 1000 Session 1: Sand Control Introduction Introduce the concept of sand control to understand why it is a concern and needs to be

managed, including issues with surface and downhole equipment, production limits, and HSE considerations. Explore the factors a�ecting sand production and its prediction using various industry testing methodologies to understand its dynamic nature over the life of the well, including the importance continued monitoring.


1015 – 1200 Session 2: Sand Control Techniques Introduce the various open hole and cased hole sand control techniques used across the

industry including surface handling, rate control, consolidation, standalone screens, pre-packed screens, gravel packs, high rate water packs and frac packs. Each technique is reviewed to identify its advantages, challenges and applications, culminating in a comparison between all techniques to provide attendees with an application guide for their operations.


1300 – 1345 Session 3: Perforating for Sand Control Perforations are the only connection between the wellbore and reservoir in cased hole

completions, so the technique and design used are critical to success. This session introduces the various perforating strategies and discusses various considerations for sand control applications.

1345 – 1445 Session 4: Screen and Gravel Selection There are a variety of practices when it comes to sizing screens and gravel for sand control

applications which have evolved over time. This session details the history of screen sizing, from Coberly to Ti�n and Chanpura, to give important context to the current best practices used in the industry. The work of saucier and ISO 13503-2:2006 requirements are also reviewed for gravel sizing with additional considerations for treatments above fracture pressure.

1445 – 1530 Session 5: Screen and Gravel Selection Exercise Participants will be provided with PSD lab test data and will use what they have learned on the

course to analyze and interpret it. They will determine the most appropriate screen and/or gravel sizing for both standalone screen and gravel pack applications.


1545 – 1700 Session 6: Screen and Gravel Selection Exercise (Continued) Participants will be provided with PSD lab test data and will use what they have learned on the

course to analyze and interpret it. They will determine the most appropriate screen and gravel sizing for both standalone screen and gravel pack applications.

0900 – 1000 Session 7: Sand Control Operations Overview Sand control operations can involve many steps which must be properly executed to maximize

the likelihood of success. This session reviews each step to provide attendees with a good understanding of its execution as a standalone operation, as well as its importance in the overall sand control operation. Di�erences in operations between the various sand control treatments are also highlighted and explained, with some treatments requiring additional or special operational steps.

Review each step in the sand control operation to determine how and why it is executed

1000 – 1030 Session 8: Gravel Placement Techniques This session reviews the fundamentals of gravel transport and placement, including the

concepts of angle of repose and equilibrium velocity. These are then applied to the various gravel placement techniques to understand how gravel placement would be expected to occur, and determine the resulting pressure response. The impact of a number of variables are considered, such as rate/velocity, flow area, fluid and gravel properties, etc. The advantages and challenges of each technique are considered to determine their application windows, with animations used to enable attendees to visualize the mechanisms involved.


1045 – 1200 Session 8: Gravel Placement Techniques (Continued)


1300-1445 Session 9: Gravel Placement Exercise Guided exercise to put into practice what attendees have learned by designing a water pack

treatment for an example well. This provides the opportunity to experiment with di�erent parameters and understand their impact on treatment success, ultimately coming up with an optimal design.

1445 - 1530 Session 10: Well Preparation for Sand Control The success of a sand control completion is dependent on proper preparation of the wellbore to

minimize the risk of any problems or adverse conditions during installation. This session reviews requirements for reservoir drilling fluids (RDFs), completion fluids, filtration, perforating, wellbore cleanout and fluid loss control.


1530 – 1700 Session 11: Remedial Sand Control Sand production may occur at any point in a well’s life, which necessitates remedial sand control

options for wells that were completed without sand control or are facing sand control failure. Pulling the completion is costly and may not always be possible, so this session reviews the thru-tubing and consolidation options available in these scenarios.

Course DescriptionThis course discusses the sand control considerations involved in drilling and completing a well to provide candidates with the understanding they need for their own projects. It starts by introducing the various sand control techniques commonly used across the industry, including surface sand handling, rate control, consolidation, standalone screens, gravel packs, high rate water packs and frac-packs. The course then discusses their key design and operational criteria, and explores the remedial options available for wells that were not originally completed with sand control but have started to produce sand. In addition, practical exercises are used throughout to put theory into practice and cement what the attendees have learned.

ObjectivesParticipants will gain a good understanding of:• Sand control techniques used across the

industry, including their advantages and limitations

• Operational considerations and di�erences between various sand control treatments

• Sand control design, including screen and gravel selection

• Gravel placement techniques for both open and cased hole wells

• Well preparation for sand control, including the impact of drilling operations on sand control completions

• Remedial sand control options for wells that start to produce sand later in life

Your InstructorKesavan Govinathan is a Sand Control Consultant based in Asia with DuneFront and has more than 8 years of experience in the field of sand control. Prior to joining DuneFront, he worked for Halliburton in a number of positions, including field

engineering and technical roles for various clients in sand control and stimulation related services in Asia-Pacific, while also training young engineers. During this time, he was involved with a variety of challenging projects such as deepwater open hole gravel packs (alpha/beta and shunt tube techniques), single trip multi-zone gravel packs and frac packs in highly deviated wells. He now works internationally on the design and evaluation of sand control completions for a variety of clients and has authored a number of presentations and technical papers in the fields of sand control, sand consolidation and well stimulation. He has a Bachelor of Science degree in chemical engineering from Universiti Teknologi Malaysia.

Wednesday, 25 September 2019

Daily Technical Programme Thursday, 26 September 2019

Post-Workshop Training Courses

SPE WORKSHOP: ASIA PACIFIC WELLS WEEK Enhancing Value through Best Practices and Technologies 23 – 24 September 2019 | Kuala Lumpur, Malaysia

ATTENDEE INFORMATION

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Do you wish to be considered a Discussion Leader (10-15 minutes presentation)? Yes No

If yes, please indicate the subject/topic on which you would like to present:

Please state your Technical Discipline (Select one ONLY):

Completions Drilling Health, Safety and Environment Management and Information

Production and Operations Reservoir Projects, Facilities and Construction

Please state your expectation for the Workshop, so that we can tailor a portion for the Workshop to answer attendees’ concerns

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FULL SERIES (23 – 26 SEPTEMBER 2019)

Description Fee Per Person

Tick () Amount (USD) Super Early Bird by 26 Jul Early Bird by 23 Aug After 23 Aug

SPE Member USD 2,320 USD 2,420 USD 2,520

Non-Member USD 2,680 USD 2,780 USD 2,880

Select one (1) ONLY: Training Course: A Proactive Approach to ensure Well Integrity during the Construction and Operation of Wells

Training Course: Sand Control Design and Execution

WORKSHOP ONLY (23 – 24 SEPTEMBER 2019)



TRAINING COURSE ONLY (25 – 26 SEPTEMBER 2019)



Select one (1) ONLY: Training Course: A Proactive Approach to ensure Well Integrity during the Construction and Operation of Wells

Training Course: Sand Control Design and Execution

TERMS & CONDITIONS PAYMENT METHODS

Registration Fee

Fee includes workshop sessions, workbook, certificate, daily luncheons and coffee breaks.

Fee DOES NOT include accommodation. SPE will provide details of recommended hotels upon receipt of your registration.

Registration of participant will only be confirmed upon registration and receipt of full payment or an acceptable employer’s letter of guarantee.

All outstanding payments must be received on or prior to the date of the event for participants to be allowed to attend. SPE reserves the right to cancel the registration if no payment is received prior to or on the date of the event.

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Fee are made free and clear of, and without any deduction or withholding for and on account of, any taxes, duties or other deductions. Any such deduction or withholding, if required by the laws of any country are the sole responsibility of the Participant.

Cancellation Policy

A processing fee of USD150.00 will be charged for cancellation received thirty (30) days or more prior to the first day of the workshop.

Registration cancelled between fifteen (15) days to twenty-nine (29) days prior to the first day of the event will be refunded 25% of the registration fees.

Registration cancelled fourteen (14) days or less prior to the first day of the workshop will not be eligible for a refund.

Participant who failed to attend will not be eligible for a refund.

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Disclaimer

SPE reserves the right to change the speaker(s), date(s), venue or to cancel the event should circumstance beyond its control arises.

SPE reserves the right to cancel a Training Course if number of participants is not sufficient. A minimum of 30 days’ notice will be given.

SPE will not be liable to you for any damages, costs, losses or expenses of any kind incurred or suffered by you as a result of or in relation to SPE modifying, postponing or cancelling the event or any part of the event.

The Participant acknowledges and agrees that by registering for this event, the Participant accepts these Terms and Conditions and agrees to be bound by them.

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Bank details will be provided in the invoice.

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SPE accepts American Express, Visa, MasterCard and Diners Club and payment will be processed in US Dollars only. To pay online, go to: www.spe.org/go/20wa11. For manual payment, you will receive an email with instruction on securely submitting your payment.

SPE Contact: Society of Petroleum Engineers Suite 12.01, Level 12, Menara IGB Mid Valley City, Lingkaran Syed Putra 59200 Kuala Lumpur Malaysia Tel: +60 3 2182 3000 Fax: +60 3 2182 3030 Email: [email protected]

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