Deepwater drilling challenges Gm, Drilling – murphy malaysia

Slides:



Advertisements
Similar presentations
© 2014 HWCG LLC SCAA Annual Meeting 1 HWCG HWCG Mutual Aid.
Advertisements

FOR OIL AND GAS INDUSTRY W.K.Wimalsiri & T.A.Piyasiri University of Moratuwa.
Part 2.2 Well Control. Objectives After reading the chapter and reviewing the materials presented the students will be able to: Understand well control.
MWCC Overview, Well Containment Operations & SIMOPS Spill Control Association of America – Annual Meeting March 20, 2014 Carmine Dulisse.
Subsea Decommissioning
Development of the Ballgrab Technology Concept to Assist in ROV Subsea Intervention Stephen Dunbar Cranfield University.
Trouble in the Gulf Deepwater Horizon
Term Paper problem (as-is) Case Study The Deepwater Horizon Accident: What Happened and Why? BY Haitham muhsen: CS/SE 6361 Executive.
MISC Advancing Offshore Solution
Helix Energy Solutions Group, Inc. (HLX) NYSE Recommendation: BUY Price (10/3/14): $21.55.
Petroleum Engineering 411 Well Drilling
BASIC MUD LOGGING.
ISO Wellhead Integrity
PART SIX Systems Model and Offshore Oil Offshore Oil: Decision to Recover The determination must be made whether cost of inputs and processing will be.
Unit 4: Primary Resources Energy from the Oceans.
HOW DO YOU DESCRIBE A CONTAINERPORT? Henry S. Marcus Massachusetts Institute of Technology.
SHELL ALASKA Program Update March 2015.
Solutions for Flaring & Venting CNG Marine Transportation
Lesson 8 Offshore Drilling
The Future of Solutions: Technologies for Increased Oil Recovery (IOR) Subsea IOR: Achievements & Future Vidar Sten-Halvorsen Technical Manager FMC Well.
Unit 3: Natural Resources Oil and Gas Canadian Geography 1202.
Maryam Aljaber PBL Q2. Types of oil platforms Fixed platform. Complaint tower. Sea star Floating production system. Tension-leg platform. Spar.
MCS Business Profile Yr Copyright (C) MCS 2013, All rights reserved. 2 MCS Business Focus MCS Business Profile MCS has a business.
Trouble in the Gulf Deepwater Horizon
Current and Emerging Trends in the Gulf of Mexico Andrew Slaughter, Vice-President, Energy Insight 2013 UK Trade and Investment Breakfast at Offshore Technology.
Offshore Drilling Operations Jeff Bugden Canada-Newfoundland Offshore Petroleum Board.
Canadian Geography 1202 Chapter 11: Energy. Background ► Canadians are among the highest energy consumers in the world. ► Why is this so?  Cold Climate.
Offshore Natural Resource Extraction. Overview History History Exploration Exploration  Seismic surveys  Drill ships Platform models Platform models.
DOC ID © Chevron 2007 Chemical EOR Implementation for the Captain Field, UK 30 th IEA EOR Symposium and Workshop September 2009 Anette Poulsen, Chevron.
Innovative Technologies, Creative Solutions Turret Mooring Design – Some Challenges and Solutions FPSO Forum 2004 NUS, Singapore Arun Duggal FMC SOFEC.
Modern-Day Uses of Underwater Vehicles Module 1, Section 2.
Advancing Global Deepwater Capabilities National Ocean Industries Association Annual Conference – April 15, 2011.
Primary Resource Activities Offshore Oil And Gas
Subsea Light Well Intervention
Risk in Well Plugging & Abandonment by Twachtman Snyder & Byrd, Inc
Topic 2 Off-shore Oil Sedimentary Basins of Canada (Locations of Oil and Gas) 1. Western Canada Sedimentary Basin 2.Hudson Bay Basin 3. Mackenzie and.
Isolation Valve Installation Readiness Trevor Smith/Mark Nichols 11 May 2010 MC 252 Incident Response.
Systems Model and Offshore Oil Offshore Oil: Decision to Recover The determination must be made whether cost of inputs and processing will be offset.
Petroleum Engineering 406 Floating Drilling
Oceaneering International Disaster Management ISDS 3100 GROUP 1: ANGELA BUCHER, AANCHAL GUPTA, BENJAMIN PETERS, MEGHAN QUINT, TIMOTHY BABCO.
New Challenges in Deepwater Ultra-deep water and remote locations Harsh environments Small and/or sub-economic accumulations Viscous oil, low energy drive.
PHASE 7 FACILITIES ENGINEERING
Submersible & Flexible Open Sea Fish-Cage System
Confidential to Subsea Mudlift Drilling JIP11/6/00DGD Template 1 of 64 Dual Gradient Drilling Basic Technology Lesson 1 Introduction to DGD Jerome J. Schubert.
1 IMPLEMENTATION OF OIL AND GAS UPSTREAM PROJECT IN MAXIMO.
Geography 3202 Unit 4 S.C.O. 4.3 & 4.5 Primary Resource Activities Offshore Oil And Gas.
FLNG SHELL 3,6 MTPA in the year 2017 will become the World's largest ship floated for the first time at Browse Basin North-Western Australia? How about.
UNDERWATER WELDING.  INTRODUCTION  CLASSIFICATIONS  PRINCIPLE  ADVANTAGES  DISADVANTAGES  CONCLUSION.
YOUR RELIABLE PARTNER BINTANG SUBSEA.
Oil and Gas Training Lusaka April 2016.
 FPSO — floating production, storage, and offloading systems; offloading of the crude oil to a shuttle tanker;  These are typically converted or newly.
html Global Ultra-Deep Water Market MicroMarket Monitor Forecasts.
Introduction to Well Completions
1 Presentation to the Alaska Senate Resources Committee
Off-Shore Service Vessels Deployment for Gas Exploration – Their Role in SAR SOTIRIOS THEOFANIS Fellow, Rutgers University, New Jersey, USA Visiting Senior.
IMPROVED SEABED ANCHORING TECHNOLOGY Innovation Opportunity Identified at PROTTEC Retreat 26/28 October 2010 Jonathan Williams, Marine South East.
Chapter 6.  Moveable rigs include drilling barges, drill ships, jack-up rigs, and semisubmersible rigs.  Offshore rigs use a device called a top drive,
Offshore Mooring Systems Market to Global Analysis and Forecasts by Type, Anchorage, Application and Depth No of Pages: 150 Publishing Date: Jan.
© 2016 Global Market Insights. All Rights Reserved Mooring System Market Growth Trend & Forecast by Mooring System Market.
“A simple Story for a simple Challenge” Gilles Bocabarteille
MWCC Containment System Mobile Area Committee December 18, 2013
OFFSHORE CONSTRUCTION
Systems Model and Offshore Oil
By George Shard & Ray Pickens
INSTRUCTOR © 2017, John R. Fanchi
Parts Wellhead All casing strings, except for liners, are suspended from a wellhead. On a land well or offshore platform the wellhead is just below.
nordic plan: insuring the special needs of MOUs and their construction
Welcome to the World of Trelleborg TRELLEBORG GROUP.
Unit 4 Primary Resource Activities
Petro Data Mgt III- Facilities
Presentation transcript:

Deepwater drilling challenges Gm, Drilling – murphy malaysia Benjamin choo Gm, Drilling – murphy malaysia

Introduction In search for oil and gas, operators have moved further offshore and into deeper waters. Deepwater is generally described as water depths > 1000 ft or 300 m. Deepwater is the ‘final frontier’ of oil and gas exploration. Deepwater fields have large commercial upside, hence justifying the technical and financial risks.

Offshore Sabah Water Depths Kinabalu Field: 55m Deepwater Block K: 1,320m Petronas Towers: 452m

Deepwater Drilling Challenges Deepwater drilling provides the greatest challenges in scope and opportunity. Drilling costs typically make up 50% to 60% of deepwater development costs. Overcoming deepwater drilling challenges is key to unlocking deepwater oil and gas fields as they represent the majority of the development risks and costs. Key aspects of deepwater drilling are the deepwater drilling rig, support vessels, shore base, specialized well planning, well control equipment and emergency response.

Deepwater Drilling Rig Deepwater drilling rigs are floating rigs. Semi-submersible or drill ship design. They are either moored or anchored at location or are dynamically positioned (DP). High load capacity, large storage capability and capable of handling high wellbore pressures (15,000 psi). High day rates (>$500k/day).

Deepwater Drilling Support Vessels Large support vessels for deepwater drilling rigs function as: Towing and anchor handlers for moored rigs. Supplies fuel, tools, material and equipment to the drill rig. Remotely Operated Underwater Vehicle (ROV) support.

Subsea Well Control Equipment Deepwater drilling rigs utilize subsea blowout preventers (BOPs) located at the sea floor. Subsea BOPs are designed to operate in high external pressures caused by water depth and up to 15,000 psi internal pressure. Operated by electro-hydraulic multiplex (MUX) systems to achieve fast response.

Deepwater Well Construction Deepwater wells construction is unique as it is based on a subsea wellhead system. Deepwater wells are challenging due to the narrow window between the formation pressure and the rock strength. Other challenges include gas hydrates and cold seabed temperature.

Shorebase Support for Deepwater Drilling Good setup of a shore base helps to efficiently support deepwater drilling operations and prevent expensive shutdown of the drilling rig The shore base needs to have good infrastructure access, ample yard space and sufficient water depth at the quay for large deepwater drilling support vessels to berth.

Deepwater Emergency Response Emergency well control and blowout response plan need to be developed. Emergency response based on ICS structure. Access to subsea well containment package. Subsea capping stack. Subsea dispersant system and dispersants. Debris removal. Ability to drill relief well.

Other Challenges Escalating costs, i.e. rigs, vessels, third party services, etc. Finding and retaining competent key personnel. Increasingly stringent regulatory requirements for deepwater drilling post Macondo. Long lead times for tools and equipment.

Murphy’s Deepwater Operations in Malaysia Drilled over 120 deepwater wells in Malaysia since 2002. Global top quartile deepwater drilling performance. Held world record for deepest water depth for mooring a semi-submersible rig for Ocean Rover in 8,430 ft (2,570m) of water depth. Developed and producing from Kikeh since Aug 2007 which is the first deepwater field in Malaysia. Production from subsea tieback of Gumusut Kakap deepwater field. First oil achieved from Siakap North Petai deepwater project in Feb 2014. Ocean Rover SKD Menang, Kikeh DTU and Kikeh FPSO

Deepwater Drilling Performance – Murphy Malaysia vs Global

QUESTIONS?