Piya Sukhumpanumet

General Manager PTTEP International Limited (Yangon Branch) Wednesday 21st September 2016

A Sustainable Future in E&P Business

through Technology and Innovation

ASEAN ENERGY BUSINESS FORUM 2016 Nay Pyi Taw, Myanmar

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Our Vision, Mission and Core Values

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PTTEP’s 27 years Investments in Myanmar

1989

1998

2000

2005

Yetagun 1st Gas

2014

2010

Joined Block F

Yadana 1st Gas

Zawtika 1st Gas

M9 Discovery (’07)

Zawtika GSA

M3 Discover (’11)

Signed PSC M7 & M9 (’03) M3 & M4 (’04) M11 (’05)

Signed PSC PSC‐G & EP‐2 (’12) MD‐7 & MD‐8 (’13)

PSC to sign in Q1’14 MOGE‐3

2016

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Oil price falling

No more easy oil

Sustainable Energy

The Energy Challenges

Technology and Innovation play an important role in:

– Add resources and reserves – Increase efficiency & safety – Create new business opportunities

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PTTEP Technology Focus

SEISMIC IMAGING TECHNOLOGY

WHAT IS SESIMIC IMAGING?

WHY do we need SESIMIC IMAGING?

WHERE is DPC?

How DPC does SEISMIC IMAGING?

WHO is DPC? Achievements of DPC

Seismic imaging is a geophysical technique that generates a subsurface image from seismic waves propagating through the Earth.

Seismic imaging technology enhances subsurface image to reveal prospects of hydrocarbon-bearing reservoirs.

DPC is the seismic data processing center with a group of geophysicist dedicated to provide seismic imaging services and imaging innovations.

DPC room is located on the 27th Floor ENCO A Building with 7 workstations and a total of 2016 cluster nodes, capable of 2D/3D Time/Depth seismic processing.

DPC investigates root causes of subsurface seismic imaging problems and provides solutions by designing the efficient seismic processing sequences /parameters and implementing up-to-date seismic processing algorithms.

DPC has experiences of several seismic imaging of PTTEP projects around the world. The DPC’s seismic imaging results have been used to support exploration and development activities for the past 3 years.

Marine Seismic Acquisition

Land Seismic Acquisition

Subsurface Seismic Imaging

Surface Geology: Plateau

Surface Geology: River

Subsurface Seismic Imaging

Before After

Before After

Pre-Stack Time Migration Velocity Shot Gathers Intermediated Shot Gathers Final CDP Gathers

Subsalt Seismic Imaging: Before Subsalt Seismic Imaging: After

2D PSTM Seismic Processing: Before

2D PSTM Seismic Processing: After Shallow Gas Detection using Q-Technology

Pre-Stack Depth Migration: Before Pre-Stack Depth Migration: After

Migration Algorithms

Legacy KPSDM DPC KPSDM DPC Beam

DPC Room 2016 Cluster Nodes DPC Roadshow and Seminar

Seismic Imaging Technology Dedicated Processing Center (DPC)

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Image source: http://www.netl.doe.gov

(Amirbayov, 2014) Image source: http://minas.upm.es/investigacion/co2/img/CO2-EOR.gif

EOR

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“Innovative approaches to achieve cost effective and green practice for in situ Hg decontamination in the pipeline to serve future Thailand E&P decommissioning”

Chemical-Mechanical Method using pig train concept

Residual Mercury Removal in-line pig tool

Inline pig equipped with metal sampling tool

Mercury Decontamination in Subsea Pipeline

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Autonomous Underwater Vehicle (AUV) for Subsea Inspection

Obsidian AUV Zeabus AUV Zeabus II AUV 18th Place of International RoboSub 2014 10th Place of International RoboSub 2015 5th Place of International RoboSub 2016

A Collaborative research program between PTTEP and Kasetsart University

SSHE achievement Cost saving of subsea inspection activity

Technology Owner Prevent disaster causes

Autonomous Environmental Survey 50% OPEX Cost Reduction

More inspection round but Low cost operation Big revenue from external services

Our 2018 target AUV for pipeline inspection

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Unmanned Aerial Vehicle (UAV) for Facility Inspection

Live flare inspection

Land and pipeline route survey

MPIO Multi-Purpose Plant Inspection Octarotor

Minimum SSHE Issues

Finance Savings

Schedule Efficiency

Plant Integrity Improvement

Unmanned MPIO minimises the need for people to be directly exposed to potential hazards.

In-house capability leads to significant cost savings in inspections.

In-service inspection prior to plant shutdown/turn-around leads to effective spare parts orders and stocks.

Regular in-service inspection ensures plant integrity, which in turn, prevents unplanned plant shutdown.

From Idea to Commercialization through PTTEP technology development process using in-house resources

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PASSION TO

EXPLORE FOR

A SUSTAINABLE FUTURE

THANK YOU

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