The document provides details about Maersk Drilling's fleet of offshore drilling rigs. It operates various types of rigs including ultra-harsh environment jackups, deepwater semi-submersibles, and cantilevered barges. The fleet has extensive capabilities and cutting-edge technologies to support oil and gas drilling operations around the world, with a focus on safety, engineering innovation, and efficiency. Maersk Drilling also plans to add additional newbuild rigs to its fleet in 2013-2014 to further expand worldwide operations.
The Draft MMR 2019 has been published in the Gazette of India vide GSR 138(E) dated 20.02.2020.
The proposed changes in Draft MMR 2019 wrt MMR 1961 is presented here.
El 21 de marzo de 2006, el buque portacontenedores Hyundai Fortune se encontraba en ruta
desde los puertos de China, y Singapur a través del Golfo de Adén, a cerca de 60 millas al
sur de la costa de Yemen .Navegaba hacia el Canal de Suez en demanda de varios puertos
europeos.
• Alrededor de 1235 UTC , una fuerte explosión de origen desconocido se produjo bajo
cubierta, a popa de la zona de alojamiento. La explosión causó un incendio que se extendió
a través de la popa del barco, incluyendo la superestructura de alojamientos y servicios y las
pilas de contenedores adyacentes. Siguieron varias explosiones secundarias seguidas al
explosionar siete contenedores conteniendo fuegos artificiales. Por efectos de las explosiones,
entre 60 y 90 contenedores cayeron a la mar.
The Draft MMR 2019 has been published in the Gazette of India vide GSR 138(E) dated 20.02.2020.
The proposed changes in Draft MMR 2019 wrt MMR 1961 is presented here.
El 21 de marzo de 2006, el buque portacontenedores Hyundai Fortune se encontraba en ruta
desde los puertos de China, y Singapur a través del Golfo de Adén, a cerca de 60 millas al
sur de la costa de Yemen .Navegaba hacia el Canal de Suez en demanda de varios puertos
europeos.
• Alrededor de 1235 UTC , una fuerte explosión de origen desconocido se produjo bajo
cubierta, a popa de la zona de alojamiento. La explosión causó un incendio que se extendió
a través de la popa del barco, incluyendo la superestructura de alojamientos y servicios y las
pilas de contenedores adyacentes. Siguieron varias explosiones secundarias seguidas al
explosionar siete contenedores conteniendo fuegos artificiales. Por efectos de las explosiones,
entre 60 y 90 contenedores cayeron a la mar.
Tunnel ventilation ppt tunnel asia 2013Hitesh Khanna
THis presentation deals with Tunnel Ventilation concepts, with special reference to T80, India's longest transportation tunnel across Pir Panjal range, connecting Jammu region to Kashmir valley
http://www.sandblaster-parts.com/ | Sandblasting is an effective way to remove dust, you just need the right equipment, media and technique to get the job done right.
The Standards of Training, Certification & Watchkeeping, or STCW, changed the training practices for maritime workers internationally. It requires workers to demonstrate skills in safety or learn them through a series of courses. The required courses are included in the Basic Safety Training course.
Tunnel ventilation ppt tunnel asia 2013Hitesh Khanna
THis presentation deals with Tunnel Ventilation concepts, with special reference to T80, India's longest transportation tunnel across Pir Panjal range, connecting Jammu region to Kashmir valley
http://www.sandblaster-parts.com/ | Sandblasting is an effective way to remove dust, you just need the right equipment, media and technique to get the job done right.
The Standards of Training, Certification & Watchkeeping, or STCW, changed the training practices for maritime workers internationally. It requires workers to demonstrate skills in safety or learn them through a series of courses. The required courses are included in the Basic Safety Training course.
Business Continuity - 5 Basic Steps.
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ISO Annex SL Clause 4: Context of the OrganisationRobert Clements
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Annex SL Training for ISO 9001:2015. & ISO 14001:2015.Robert Clements
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As a consultancy Assent Risk Management have been lucky to experience two Annex SL based standards: ISO 27001:2013 and ISO 22301:2012.
Here we make our internal best practice training Powerpoint available publically for those who are experiencing Annex SL for the first time.
We hope it helps!
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This presentation introduces the risk approach, which replaces preventive actions, and can be used to identify opportunities as well as risks.
BOURBON offers a wide range of Marine and Subsea services for the most demanding clients: super majors, national companies, independents, contractors. Fully aligned on OCIMF standards, the Group relies on strong local partnerships, training and support to ensure the highest quality of service worldwide.
This state-of-the-art strategic pipelay and heavy lift vessel is ideally suited to meeting the exacting requirements of today’s ultra-deep and deepwater projects, in the world’s harshest environments.
This state-of-the-art strategic pipelay and heavy lift vessel is ideally
suited to meeting the exacting requirements of today’s ultra-deep
and deepwater projects, in the world’s harshest environments.
In the rapidly evolving landscape of technologies, XML continues to play a vital role in structuring, storing, and transporting data across diverse systems. The recent advancements in artificial intelligence (AI) present new methodologies for enhancing XML development workflows, introducing efficiency, automation, and intelligent capabilities. This presentation will outline the scope and perspective of utilizing AI in XML development. The potential benefits and the possible pitfalls will be highlighted, providing a balanced view of the subject.
We will explore the capabilities of AI in understanding XML markup languages and autonomously creating structured XML content. Additionally, we will examine the capacity of AI to enrich plain text with appropriate XML markup. Practical examples and methodological guidelines will be provided to elucidate how AI can be effectively prompted to interpret and generate accurate XML markup.
Further emphasis will be placed on the role of AI in developing XSLT, or schemas such as XSD and Schematron. We will address the techniques and strategies adopted to create prompts for generating code, explaining code, or refactoring the code, and the results achieved.
The discussion will extend to how AI can be used to transform XML content. In particular, the focus will be on the use of AI XPath extension functions in XSLT, Schematron, Schematron Quick Fixes, or for XML content refactoring.
The presentation aims to deliver a comprehensive overview of AI usage in XML development, providing attendees with the necessary knowledge to make informed decisions. Whether you’re at the early stages of adopting AI or considering integrating it in advanced XML development, this presentation will cover all levels of expertise.
By highlighting the potential advantages and challenges of integrating AI with XML development tools and languages, the presentation seeks to inspire thoughtful conversation around the future of XML development. We’ll not only delve into the technical aspects of AI-powered XML development but also discuss practical implications and possible future directions.
Communications Mining Series - Zero to Hero - Session 1DianaGray10
This session provides introduction to UiPath Communication Mining, importance and platform overview. You will acquire a good understand of the phases in Communication Mining as we go over the platform with you. Topics covered:
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Dr. Sean Tan, Head of Data Science, Changi Airport Group
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GraphSummit Singapore | The Art of the Possible with Graph - Q2 2024Neo4j
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Join us as we explore breakthrough innovations enabled by interconnected data and AI. Discover firsthand how organizations use relationships in data to uncover contextual insights and solve our most pressing challenges – from optimizing supply chains, detecting fraud, and improving customer experiences to accelerating drug discoveries.
Pushing the limits of ePRTC: 100ns holdover for 100 daysAdtran
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Essentials of Automations: The Art of Triggers and Actions in FMESafe Software
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We’ll kick things off by showcasing the most commonly used event-based triggers, introducing you to various automation workflows like manual triggers, schedules, directory watchers, and more. Plus, see how these elements play out in real scenarios.
Whether you’re tweaking your current setup or building from the ground up, this session will arm you with the tools and insights needed to transform your FME usage into a powerhouse of productivity. Join us to discover effective strategies that simplify complex processes, enhancing your productivity and transforming your data management practices with FME. Let’s turn complexity into clarity and make your workspaces work wonders!
Climate Impact of Software Testing at Nordic Testing DaysKari Kakkonen
My slides at Nordic Testing Days 6.6.2024
Climate impact / sustainability of software testing discussed on the talk. ICT and testing must carry their part of global responsibility to help with the climat warming. We can minimize the carbon footprint but we can also have a carbon handprint, a positive impact on the climate. Quality characteristics can be added with sustainability, and then measured continuously. Test environments can be used less, and in smaller scale and on demand. Test techniques can be used in optimizing or minimizing number of tests. Test automation can be used to speed up testing.
The Art of the Pitch: WordPress Relationships and SalesLaura Byrne
Clients don’t know what they don’t know. What web solutions are right for them? How does WordPress come into the picture? How do you make sure you understand scope and timeline? What do you do if sometime changes?
All these questions and more will be explored as we talk about matching clients’ needs with what your agency offers without pulling teeth or pulling your hair out. Practical tips, and strategies for successful relationship building that leads to closing the deal.
Observability Concepts EVERY Developer Should Know -- DeveloperWeek Europe.pdfPaige Cruz
Monitoring and observability aren’t traditionally found in software curriculums and many of us cobble this knowledge together from whatever vendor or ecosystem we were first introduced to and whatever is a part of your current company’s observability stack.
While the dev and ops silo continues to crumble….many organizations still relegate monitoring & observability as the purview of ops, infra and SRE teams. This is a mistake - achieving a highly observable system requires collaboration up and down the stack.
I, a former op, would like to extend an invitation to all application developers to join the observability party will share these foundational concepts to build on:
LF Energy Webinar: Electrical Grid Modelling and Simulation Through PowSyBl -...DanBrown980551
Do you want to learn how to model and simulate an electrical network from scratch in under an hour?
Then welcome to this PowSyBl workshop, hosted by Rte, the French Transmission System Operator (TSO)!
During the webinar, you will discover the PowSyBl ecosystem as well as handle and study an electrical network through an interactive Python notebook.
PowSyBl is an open source project hosted by LF Energy, which offers a comprehensive set of features for electrical grid modelling and simulation. Among other advanced features, PowSyBl provides:
- A fully editable and extendable library for grid component modelling;
- Visualization tools to display your network;
- Grid simulation tools, such as power flows, security analyses (with or without remedial actions) and sensitivity analyses;
The framework is mostly written in Java, with a Python binding so that Python developers can access PowSyBl functionalities as well.
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- For beginners: discover PowSyBl's functionalities through a quick general presentation and the notebook, without needing any expert coding skills;
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Threats to mobile devices are more prevalent and increasing in scope and complexity. Users of mobile devices desire to take full advantage of the features
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Sudheer Mechineni, Head of Application Frameworks, Standard Chartered Bank
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GDG Cloud Southlake #33: Boule & Rebala: Effective AppSec in SDLC using Deplo...James Anderson
Effective Application Security in Software Delivery lifecycle using Deployment Firewall and DBOM
The modern software delivery process (or the CI/CD process) includes many tools, distributed teams, open-source code, and cloud platforms. Constant focus on speed to release software to market, along with the traditional slow and manual security checks has caused gaps in continuous security as an important piece in the software supply chain. Today organizations feel more susceptible to external and internal cyber threats due to the vast attack surface in their applications supply chain and the lack of end-to-end governance and risk management.
The software team must secure its software delivery process to avoid vulnerability and security breaches. This needs to be achieved with existing tool chains and without extensive rework of the delivery processes. This talk will present strategies and techniques for providing visibility into the true risk of the existing vulnerabilities, preventing the introduction of security issues in the software, resolving vulnerabilities in production environments quickly, and capturing the deployment bill of materials (DBOM).
Speakers:
Bob Boule
Robert Boule is a technology enthusiast with PASSION for technology and making things work along with a knack for helping others understand how things work. He comes with around 20 years of solution engineering experience in application security, software continuous delivery, and SaaS platforms. He is known for his dynamic presentations in CI/CD and application security integrated in software delivery lifecycle.
Gopinath Rebala
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3. drilling
Maersk Drilling supports global oil and gas production by Egyptian Drilling Company – a joint venture with Egyptian
providing high-efficiency drilling services to oil companies General Petroleum Corporation – owns and operates a fleet of
around the world. We command an extensive and technologi- more than 55 land rigs and 5 jack-up rigs in the Middle East.
cally advanced fleet of six harsh environment jack-up rigs, two
375 ft premium jack-up rigs, four 350 ft high efficiency jack-up Cutting- edge engineering
rigs, a semi-submersible, three ultra deepwater development Maersk Drilling is strongly focused on advanced engi-
semi-submersibles and ten cantilevered drilling barges. And to neering. Our in-house engineering department develops
expand our capacity worldwide, we will add two highly advanced newbuildings and modifies existing rigs, ensuring that our
harsh environment jack-up rigs and four ultra deepwater drill- equipment delivers exactly what our customers need. Our
ships to our fleet in 2013 and 2014. expertise covers many drilling areas, from high pressure
and high temperature drilling to technical limit drilling – and
A powerful fleet we remain at the forefront of technological advances,
We are a leader in the North Sea, where we operate the world’s continually delivering industry-leading efficiency.
largest and most advanced harsh environment jack-up rigs at
water depths up to 150 m. Highly automated, these provide Safety and the environment
safe working conditions for our crew and increased drilling Our deeply embedded safety culture takes a zero-tolerance
efficiency for our customers. We have operated jack-up rigs for approach to accidents. We have an array of measures in place
close to 40 years, including 375 & 350 ft jack-ups in areas such to safeguard our people and our operations, to protect the
as Southeast Asia, Australia, the Mediterranean, the Middle environment and ensure compliance with applicable
East and the Gulf of Mexico. regulations
– covering everything from the way we work at sea to the
We are also experienced in the ultra deepwater market and our design of our equipment and vessels.
highly advanced deepwater development semi-submersibles
are capable of operating in water up to 3,000 m deep. Our To see our full range of vessels and services,
deepwater semi-submersibles offer both flexibility and go to www.maersk-drilling.com
efficiency to our customers.
Rig_Fleet.indd 3 21-09-2012 11:45:13
4. NEWBUILDING
Ultra harsh environment jack- ups
XL Enhanced 1
Year of Construction 2013
Class Det norske Veritas
Work area North Sea
Hull dimension 88.8 m x 102.5 m x 12 m (291 ft x 336 ft x 39 ft)
Length of legs 206.8 m (678 ft)
Rated water depth 150 m (492 ft)
Rated drilling depth 12,000 m (40,000 ft)
Variable load 13,000 t including hook load
MSC CJ70-X150MD
XY cantilever reach 33.5 m x 23.7 m (110 ft x 77.6 ft)
Power supply 4 each 2,650 kW diesel engines
Well control equipment 15,000 psi
Cranes NOV OC3500
Cement pump 15,000 PSI
Hoisting equipment capacity 2,100,000 lb (hook load static)
Drawworks NOV SSGD, 5750 HP with five AC motors
Top drive NOV HPS-03
Mud pumps 4 NOV 14-P-220
Bulk mud capacity 252 m3 (8,899 ft3)
Bulk cement capacity 189 m3 (6,674 ft3)
Liquid mud capacity Mud pit 1,100 m3, holding 450 m3, slurry 350 m3
Accommodation 150 people in one-man cabins
NEWBUILDING
Ultra harsh environment jack- ups
XL Enhanced 2
Year of Construction 2013
Class Det norske Veritas
Work area North Sea
Hull dimension 88.8 m x 102.5 m x 12 m (291 ft x 336 ft x 39 ft)
Length of legs 206.8 m (678 ft)
Rated water depth 150 m (492 ft)
Rated drilling depth 12,000 m (40,000 ft)
Variable load 13,000 t including hook load
MSC CJ70-X150MD
XY cantilever reach 33.5 m x 23.7 m (110 ft x 77.6 ft)
Power supply 4 each 2,650 kW diesel engines
Well control equipment 15,000 psi
Cranes NOV OC3500
Cement pump 15,000 PSI
Hoisting equipment capacity 2,100,000 lb (hook load static)
Drawworks NOV SSGD, 5750 HP with five AC motors
Top drive NOV HPS-03
Mud pumps 4 NOV 14-P-220
Bulk mud capacity 252 m3 (8,899 ft3)
Bulk cement capacity 189 m3 (6,674 ft3)
Liquid mud capacity Mud pit 1,100 m3, holding 450 m3, slurry 350 m3
Accommodation 150 people in one-man cabins
Rig_Fleet.indd 4 21-09-2012 11:45:14
5. NEWBUILDING
Ultra harsh environment jack- ups
XL Enhanced 3
Year of Construction 2013
Class Det norske Veritas
Work area North Sea
Hull dimension 88.8 m x 102.5 m x 12 m (291 ft x 336 ft x 39 ft)
Length of legs 206.8 m (678 ft)
Rated water depth 150 m (492 ft)
Rated drilling depth 12,000 m (40,000 ft)
Variable load 13,000 t including hook load
MSC CJ70-X150MD
XY cantilever reach 33.5 m x 23.7 m (110 ft x 77.6 ft)
Power supply 4 each 2,650 kW diesel engines
Well control equipment 15,000 psi
Cranes NOV OC3500
Cement pump 15,000 PSI
Hoisting equipment capacity 2,100,000 lb (hook load static)
Drawworks NOV SSGD, 5750 HP with five AC motors
Top drive NOV HPS-03
Mud pumps 4 NOV 14-P-220
Bulk mud capacity 252 m3 (8,899 ft3)
Bulk cement capacity 189 m3 (6,674 ft3)
Liquid mud capacity Mud pit 1,100 m3, holding 450 m3, slurry 350 m3
Accommodation 150 people in one-man cabins
Ultra harsh environment jack- ups
Mærsk Inspirer
Year of construction 2004
Class Det norske Veritas
Work area North Sea
Hull dimension 88.8 m x 102.5 m x 12 m (291 ft x 336 ft x 39 ft)
Length of legs 205.3 m (673 ft)
Rated water depth 150 m (492 ft)
Rated drilling depth 9,144 m (30,000 ft)
Variable load 10,000 t including hook load
MSC CJ70-150 MC
XY cantilever reach 30.5 m x 20 m (100 ft x 65.6 ft)
Power supply 4 MAN-B&W Holeby 9L27/38
Well control equipment 15,000 psi
Cranes 3 Kenz EHC 100/3500 OS
Cement pump 15,000 psi (on free placement)
Hoisting equipment capacity 2,000,000 lb (static hook load)
Drawworks 1 Varco AHS-10Q, 4,600 hp
Top drive 1 Varco TDS-8SA
Mud pumps 3 Wirth TPK 2200, 1 Wirth TPK 800
Bulk mud capacity 250 m³ (8,829 ft³)
Bulk cement capacity 250 m³ (8,829 ft³)
Liquid mud capacity 6,793 bbl, holding 3,000 bbl, slurry 1,887 bbl
Accommodation 120 people
Rig_Fleet.indd 5 21-09-2012 11:45:15
6. Ultra harsh environment jack- ups
Mærsk Innovator
Year of construction 2003
Class Det norske Veritas
Work area North Sea
Hull dimension 88.8 m x 102.5 m x 12 m (291 ft x 336 ft x 39 ft)
Length of legs 205.3 m (673 ft)
Rated water depth 150 m (492 ft)
Rated drilling depth 9,144 m (30,000 ft)
Variable load 10,000 t including hook load
MSC CJ70-150 MC
XY cantilever reach 27.5 m x 20 m (90.2 ft x 65.6 ft)
Power supply 4 MAN-B&W Holeby 9L27/38
Well control equipment 15,000 psi
Cranes 3 Kenz EHC 100/3500 OS
Cement pump 15,000 psi (on free placement)
Hoisting equipment capacity 2,000,000 lb (static hook load)
Drawworks 1 Varco AHS-10Q, 4,600 hp
Top drive 1 Varco TDS-8SA
Mud pumps 3 Wirth TPK 2200, 1 Wirth TPK 800
Bulk mud capacity 250 m³ (8,829 ft³)
Bulk cement capacity 250 m³ (8,829 ft³)
Liquid mud capacity 6,793 bbl, holding 3,000 bbl, slurry 1,887 bbl
Accommodation 120 people
Ultra harsh environment jack- ups
Mærsk Gallant
Year of construction 1993
Class Lloyd’s Register of Shipping
Work area North Sea
Hull dimension 78.2 m x 90.3 m x 10.8 m (257 ft x 296 ft x 35 ft)
Length of legs 175.3 m (575 ft)
Rated water depth 120 m (394 ft)
Rated drilling depth 7,620 m (25,000 ft)
Variable load 5,000 t including hook load
MSC CJ62-120
Cantilever reach 19.3 m x 4.6 m x 4.6 m (63.3 ft x 15 ft x 15 ft)
Power supply 5 Caterpillar 3516 DITA
Well control equipment 15,000 psi hp/ht
Cranes 2 Liebherr BOS 50/1100, 1 BOS 34/930
Cement pump 15,000 psi (on free placement)
Hoisting equipment capacity 1,650,000 lb (static hook load)
Drawworks 1 LTV Emsco C-3, type II, 3,000 hp
Top drive 1 Varco TDS-6S
Mud pumps 3 Emsco FC-2200 triplex pumps
Bulk mud capacity 260 m³ (9,100 ft³)
Bulk cement capacity 160 m³ (5,650 ft³)
Liquid mud capacity 5,035 bbl, slurry 1,880 bbl
Accommodation 100 people
Rig_Fleet.indd 6 21-09-2012 11:45:17
7. Ultra harsh environment jack- ups
Mærsk Giant
Year of construction 1986
Class Det norske Veritas
Work area North Sea
Hull dimension 84.4 m x 90 m x 9.5 m (277 ft x 295 ft x 31 ft)
Length of legs 160 m (525 ft)
Rated water depth 107 m (350 ft)
Rated drilling depth 7,620 m (25,000 ft)
Variable load 5,000 t including hook load
Hitachi
Cantilever reach 16.8 m x 4 m x 4 m (55 ft x 13 ft x 13 ft)
Power supply 5 Caterpillar 3516 DITA
Well control equipment 15,000 psi
Cranes 1 National Oilwell OS 435, 1 NOV-MOLDE
OC3000 1 NOV-MOLDE OC2500
Cement pump 15,000 psi (on free placement)
Hoisting equipment capacity 1,000,000 lb (static hook load)
Drawworks 1 National 1320-UE, 2,000 hp
Top drive 1 Varco TDS-4S
Mud pumps 3 National Oilwell 12-P-160
Bulk mud capacity 230 m³ (8,100 ft³)
Bulk cement capacity 153 m³ (5,400 ft³)
Liquid mud capacity 2,500 bbl
Accommodation 100 people
Ultra harsh environment jack- ups
Maersk Guardian
Year of construction 1986
Class Lloyd’s Register of Shipping
Work area North Sea
Hull dimension 84.4 m x 90 m x 9,5 m / 277 ft x 295 ft x 31 ft
Length of legs 157 m (515 ft)
Rated water depth 107 m (350 ft)
Rated drilling depth 8,000 m (25,900 ft)
Variable load 5,000 t including hook load
Hitachi Cantilever reach 21.3 m x 4 m x 4 m (70 ft x 13 ft x 13 ft)
Power supply 5 Caterpillar 3516 DITA
Well control equipment 15,000 psi
Cranes 1 National Oilwell OC 3000, 1 OC 2500, 1 OS 215
Cement pump 15,000 psi (on free placement)
Hoisting equipment capacity 1,000,000 lb (static hook load)
Drawworks 1 National 1320-UE, 2,000 hp
Top drive 1 Varco TDS-4S
Mud pumps 3 National Oilwell 12-P-160
Bulk mud capacity 230 m³ (8,100 ft³)
Bulk cement capacity 153 m³ (5,400 ft³)
Liquid mud capacity 2,800 bbl
Accommodation 101 people
Rig_Fleet.indd 7 21-09-2012 11:45:18
8. Ultra harsh environment jack- ups
Maersk Endurer
Year of construction 1984, converted 1997
Class American Bureau of Shipping
Work area North Sea
Hull dimension 71.9 m x 71.9 m x 9.1 m / 236 ft x 236 ft x 30 ft
Length of legs 146 m (497 ft)
Rated water depth 106.7 m (350 ft)
Rated drilling depth 9,144 m (30,000 ft)
Variable load 3,250 t including hook load
BMC 350
Cantilever reach 16.8 m x 4.9 m x 4.9 m (55 ft x 16 ft x 16 ft)
Power supply 4 Wärtsilä SACM W200
Well control equipment 15,000 psi
Cranes 2 Dreco 72 DNS 140 ft, capacity 47.6 t
Cement pump 15,000 psi (on free placement)
Hoisting equipment capacity 1,500,000 lb (static hook load)
Drawworks 1 Emsco C-3 type II, 3,000 hp
Top drive 1 Varco TDS-4S
Mud pumps 3 Emsco FC-2200, 7,500 psi
Bulk mud capacity 142 m³ (5,000 ft³)
Bulk cement capacity 142 m³ (5,000 ft³)
Liquid mud capacity 3,568 bbl
Accommodation 98 people
375 ft jack- ups
Maersk Completer
Year of construction 2007
Class American Bureau of Shipping.
Work area Worldwide
Hull dimension 72m x 68m x 8,5 m / 236 ft x 224 ft x 28 ft
Length of legs 154 m (506 ft) (incl. spudcan)
Rated water depth 114,3 m (375 ft)
Rated drilling depth 9,144 m (30,000 ft)
Variable load 3,400 t
Baker Pacific Class 375
Cantilever reach 21,3 m x 9,1 m (70 ft / 30 ft)
Power supply 5 x 2,150 KVA
Well control equipment 15,000 psi
Cranes 1 ea 40 t, 1 ea 34 t 1 ea 15 t
Cement pump 15,000 psi
Gross nominal capacity of derrick 1,500,000 lb
Drawworks 3 AC motors, 3,690 hp
Top drive Continuous torque 65,450 @ 99 o/min
Mud pumps 3 mud pumps, 7,500 psi, 2,200 hp
Bulk mud capacity 165 m³ (5,829 ft³)
Bulk cement capacity 165 m³ (5,829 ft³)
Liquid mud capacity 4,265 bbl / 678 m³
Accommodation 120 people
Rig_Fleet.indd 8 21-09-2012 11:45:19
9. 375 ft jack- ups
Maersk Convincer
Year of construction 2008
Class American Bureau of Shipping.
Work area Worldwide
Hull dimension 72m x 68m x 8,5 m / 236 ft x 224 ft x 28 ft
Length of legs 154 m (506 ft) (incl. spudcan)
Rated water depth 114,3 m (375 ft)
Rated drilling depth 9,144 m (30,000 ft)
Variable load 3,400 t
Baker Pacific Class 375
Cantilever reach 21,3 m x 9,1 m (70 ft / 30 ft)
Power supply 5 x 2,150 KVA
Well control equipment 15,000 psi
Cranes 1 ea 40 t, 1 ea 34 t 1 ea 15 t
Cement pump 15,000 psi
Gross nominal capacity of derrick 1,500,000 lb
Drawworks 3 AC motors, 3,690 hp
Top drive Continuous torque 65,450 @ 99 o/min
Mud pumps 3 mud pumps, 7,500 psi, 2,200 hp
Bulk mud capacity 165 m³ (5,829 ft³)
Bulk cement capacity 165 m³ (5,829 ft³)
Liquid mud capacity 4,265 bbl / 678 m³
Accommodation 120 people
350 ft jack- ups
Maersk Resilient
Year of construction 2008
Class American Bureau of Shipping
Work area Worldwide incl. central North Sea
Hull dimension 70 m x 68 m x 9.5 m (229 ft x 223 ft x 31 ft)
Length of legs 146 m (479 ft)
Rated water depth 106.7 m (350 ft)
Rated drilling depth 9,144 m (30,000 ft)
Variable load 4,500 t including hook load
MSC CJ50-X100 MC
XY cantilever reach 21.3 m x 13.4 m (70 ft x 45 ft)
Power supply 8 to 10 kW
Well control equipment 15,000 psi
Cranes 2 ea 80 t
Cement pump 15,000 psi (on free placement)
Hoisting equipment capacity 1,500,000 lb (static hook load)
Drawworks 3 AC motors, 4,500 hp
Top drive AC continuous torque 63,000 ft.lb.
Mud pumps 3 mud pumps, 7,500 psi, 2,200 hp
Bulk mud capacitity 300 m³ (10,550 ft³)
Bulk cement capacity 200 m³ (7,050 ft³)
Liquid mud capacity 6,290 bbl
Accommodation 120 people
Rig_Fleet.indd 9 21-09-2012 11:45:20
10. 350 ft jack- ups
Maersk Resolute
Year of construction 2008
Class American Bureau of Shipping
Work area Worldwide incl. southern North Sea
Hull dimension 70 m x 68 m x 9.5 m (229 ft x 223 ft x 31 ft)
Length of legs 146 m (479 ft)
Rated water depth 106.7 m (350 ft)
Rated drilling depth 9,144 m (30,000 ft)
Variable load 4,500 t including hook load
MSC CJ50-X100 MC
XY cantilever reach 21.3 m x 13.4 m (70 ft x 45 ft)
Power supply 8 to 10 kW
Well control equipment 15,000 psi
Cranes 2 ea 80 t
Cement pump 15,000 psi (on free placement)
Hoisting equipment capacity 1,500,000 lb (static hook load)
Drawworks 3 AC motors, 4,500 hp
Top drive AC continuous torque 63,000 ft.lb.
Mud pumps 3 mud pumps, 7,500 psi, 2,200 hp
Bulk mud capacity 300 m³ (10,550 ft³)
Bulk cement capacity 200 m³ (7,050 ft³)
Liquid mud capacity 6,290 bbl
Accommodation 120 people
350 ft jack- ups
Maersk Resolve
Year of construction 2009
Class American Bureau of Shipping
Work area Worldwide incl. southern North Sea
Hull dimension 70 m x 68 m x 9.5 m (229 ft x 223 ft x 31 ft)
Length of legs 146 m (479 ft)
Rated water depth 106.7 m (350 ft)
Rated drilling depth 9,144 m (30,000 ft)
Variable load 4,500 t including hook load
MSC CJ50-X100 MC
XY cantilever reach 21.3 m x 13.4 m (70 ft x 45 ft)
Power supply 9.36 MW
Well control equipment 15,000 psi
Cranes 2 ea 80 t
Cement pump 15,000 psi (on free placement)
Hoisting equipment capacity 1,500,000 lb (static hook load)
Drawworks 3 AC motors, 4,500 hp
Top drive AC continuous torque 63,000 ft.lb.
Mud pumps 3 mud pumps, 7,500 psi, 2,200 hp
Bulk mud capacity 300 m³ (10,550 ft³)
Bulk cement capacity 200 m³ (7,050 ft³)
Liquid mud capacity 6,290 bbl
Accommodation 120 people
Rig_Fleet.indd 10 21-09-2012 11:45:22
11. 350 ft jack- ups
Maersk Reacher
Year of construction 2009
Class American Bureau of Shipping
Work area Worldwide incl. Norway and central North Sea
Hull dimension 70 m x 68 m x 9.5 m (229 ft x 223 ft x 31 ft)
Length of legs 148.2 m (486 ft)
Rated water depth 106.7 m (350 ft)
Rated drilling depth 9,144 m (30,000 ft)
Variable load 4,500 t including hook load
MSC CJ50-X100 MC
XY cantilever reach 21.3 m x 13.4 m (70 ft x 45 ft)
Power supply 9.36 MW
Well control equipment 15,000 psi
Cranes 2 ea 80 t
Cement pump 15,000 psi (on free placement)
Hoisting equipment capacity 1,500,000 lb (static hook load)
Drawworks 3 AC motors, 4,500 hp
Top drive AC continuous torque 63,000 ft.lb.
Mud pumps 3 mud pumps, 7,500 psi, 2,200 hp
Bulk mud capacity 300 m³ (10,550 ft³)
Bulk cement capacity 200 m³ (7,050 ft³)
Liquid mud capacity 6,290 bbl
Accommodation 110 people
Deepwater Semi
Heydar Aliyev
Year of construction 2003
Class American Bureau of Shipping
Work area Caspian Sea
Hull dimension 94.8 m x 64.5 m x 35 m (334 ft x 212 ft x 115 ft)
Rated water depth 75 to 1,000 m (246 to 3,280 ft)
Rated drilling depth 9,140 m (30,000 ft)
Variable load 4,000 t including hook load
Power supply Wärtsilä 16V200, 4 x 2,800 kW
DSS 20-CAS-M, column stabilised
Well control equipment 15,000 psi
moored semi-submersible Cranes 1 ea 40 m (130 ft) boom, 40 t
1 ea 50 m (160 ft) boom, 60 t
1 ea knuckle-boom
Cement pump 15,000 psi (on free placement)
Hoisting equipment capacity 2,000,000 lb
Drawworks 1 National Oilwell 2040, 4,000 hp 2040-UPREL
Top drive 1 National Oilwell PS2-1000, 2,000 hp
Mud pumps 3 Wirth 2,200 hp, 7,500 psi
Bulk mud capacity 453 m³ (16,000 ft³)
Bulk cement capacity 453 m³ (16,000 ft³)
Liquid mud capacity 4,090 bbl + holding 2,375 bbl
Accommodation 130 people
Rig_Fleet.indd 11 21-09-2012 11:45:23
12. Ultra Deepwater Development Semi
Mærsk Developer
Year of construction 2009
Class American Bureau of Shipping
Work area Water depths up to 3,000 m (10,000 ft)
Hull dimension 117 m x 78 m x 37 m (376 ft x 256 ft x 121 ft)
Rated water depth 75 - 3,000 m (246 - 10,000 ft)
Rated drilling depth min. 10,000 m (30,000 ft)
Variable load 13,500 t
Power supply Wärtsila 16V26, 8 x 4,750 kW
DPS2/M, column stabilised
Well control equipment 15,000 psi, 18 ¾ BOP; six cavity BOP stack
dynamically positioned Cranes 1 ea 50 m (165 ft) boom, 50 t
semi-submersible 1 ea 50 m (165 ft) boom, 160 t
Cement pump 15,000 psi (on free placement)
Hoisting equipment capacity 2,500,000 lb
Drawworks 4,600 hp
Top drive 2,000 hp
Mud pumps 4 x 2,200 hp, 7,500 psi
Bulk mud capacity 4 x 170 m³ (4 x 6,000 ft³)
Bulk cement capacity 4 x 170 m³ (4 x 6,000 ft³)
Liquid mud capacity 18,900 bbl
Accommodation 180 people
Ultra Deepwater Development Semi
Maersk Discoverer
Year of construction 2009
Class American Bureau of Shipping
Work area Water depths up to 3,000 m (10,000 ft)
Hull dimension 117 m x 78 m x 37 m (376 ft x 256 ft x 121 ft)
Rated water depth 75 - 3,000 m (246 - 10,000 ft)
Rated drilling depth min. 10,000 m (30,000 ft)
Variable load 13,500 t
Power supply Wärtsila 16V26, 8 x 4,750 kW
DPS2/M, column stabilised
Well control equipment 15,000 psi, 18 ¾” BOP; six cavity BOP stack
dynamically positioned Cranes 1 ea 50 m (165 ft) boom, 50 t
semi-submersible 1 ea 50 m (165 ft) boom, 160 t
Cement pump 15,000 psi (on free placement)
Hoisting equipment capacity 2,500,000 lb
Drawworks 4,600 hp
Top drive 2,000 hp
Mud pumps 4 x 2,200 hp, 7,500 psi
Bulk mud capacity 4 x 170 m³ (4 x 6,000 ft³)
Bulk cement capacity 4 x 170 m³ (4 x 6,000 ft³)
Liquid mud capacity 18,900 bbl
Accommodation 180 people
Rig_Fleet.indd 12 21-09-2012 11:45:24
13. Ultra Deepwater Development Semi
Mærsk Deliverer
Year of construction 2010
Class American Bureau of Shipping
Work area Water depths up to 3,000 m (10,000 ft)
Hull dimension 117 m x 78 m x 37 m (376 ft x 256 ft x 121 ft)
Rated water depth 75 - 3,000 m (246 - 10,000 ft)
Rated drilling depth min. 10,000 m (30,000 ft)
Variable load 13,500 t
Power supply Wärtsila 16V26, 8 x 4,750 kW
DPS2/M, column stabilised
Well control equipment 15,000 psi, 18 ¾” BOP; six cavity BOP stack
dynamically positioned Cranes 1 ea 50 m (165 ft) boom, 50 t
semi-submersible 1 ea 50 m (165 ft) boom, 160 t
Cement pump 15,000 psi (on free placement)
Hoisting equipment capacity 2,500,000 lb
Drawworks 4,600 hp
Top drive 2,000 hp
Mud pumps 4 x 2,200 hp, 7,500 psi
Bulk mud capacity 4 x 170 m³ (4 x 6,000 ft³)
Bulk cement capacity 4 x 170 m³ (4 x 6,000 ft³)
Liquid mud capacity 18,900 bbl
Accommodation 180 people
NEWBUILDING
Ultra Deepwater Drillships
Deepwater Advanced 1
Year of Construction 2013
Class American Bureau of Shipping
Work area Water depths up to 3,600 m (12,000 ft)
Operating draught 12 m (39 ft)
Transit draught 8.5 m (28 ft)
Hull dimension 228 m x 42 m x 19 m (748 ft x 138 ft x 62 ft)
Rated water depth 3,600 m (12,000 ft)
Rated drilling depth 12,000 m (40,000 ft)
Samsung 96K drillship
Variable load 20,000 t
Power supply 6 x 7,000 kW diesel generators
Propulsion 6 x 5,500 kW azimuth thrusters
Well control equipment 15,000 psi, 18 ¾” BOP; six cavity BOP stack
Cranes 4 x knuckle boom cranes,
85 t SWL at 18 m (59 ft), 17 t at 42.3 m (139 ft)
Cement pump 15,000 psi (on free placement)
Hoisting equipment capacity 2,500,000 lb
Drawworks 9,000 hp
Top drive 2 x 1,350 hp
Mud pumps 5 x 2,200 hp, 7,500 psi
Bulk mud capacity 4 x 105 m3
Bulk cement capacity 4 x 105 m3
Liquid mud capacity Active 960 m3 (6,030 bbl)
Reserve 950 m3 (5,980 bbl)
Accommodation 230 people
Rig_Fleet.indd 13 21-09-2012 11:45:25
14. NEWBUILDING
Ultra Deepwater Drillships
Deepwater Advanced 2
Year of Construction 2013
Class American Bureau of Shipping
Work area Water depths up to 3,600 m (12,000 ft)
Operating draught 12 m (39 ft)
Transit draught 8.5 m (28 ft)
Hull dimension 228 m x 42 m x 19 m (748 ft x 138 ft x 62 ft)
Rated water depth 3,600 m (12,000 ft)
Rated drilling depth 12,000 m (40,000 ft)
Samsung 96K drillship
Variable load 20,000 t
Power supply 6 x 7,000 kW diesel generators
Propulsion 6 x 5,500 kW azimuth thrusters
Well control equipment 15,000 psi, 18 ¾” BOP; six cavity BOP stack
Cranes 4 x knuckle boom cranes,
85 t SWL at 18 m (59 ft), 17 t at 42.3 m (139 ft)
Cement pump 15,000 psi (on free placement)
Hoisting equipment capacity 2,500,000 lb
Drawworks 9,000 hp
Top drive 2 x 1,350 hp
Mud pumps 5 x 2,200 hp, 7,500 psi
Bulk mud capacity 4 x 105 m3
Bulk cement capacity 4 x 105 m3
Liquid mud capacity Active 960 m3 (6,030 bbl)
Reserve 950 m3 (5,980 bbl)
Accommodation 230 people
NEWBUILDING
Ultra Deepwater Drillships
Deepwater Advanced 3
Year of Construction 2013
Class American Bureau of Shipping
Work area Water depths up to 3,600 m (12,000 ft)
Operating draught 12 m (39 ft)
Transit draught 8.5 m (28 ft)
Hull dimension 228 m x 42 m x 19 m (748 ft x 138 ft x 62 ft)
Rated water depth 3,600 m (12,000 ft)
Rated drilling depth 12,000 m (40,000 ft)
Samsung 96K drillship
Variable load 20,000 t
Power supply 6 x 7,000 kW diesel generators
Propulsion 6 x 5,500 kW azimuth thrusters
Well control equipment 15,000 psi, 18 ¾” BOP; six cavity BOP stack
Cranes 4 x knuckle boom cranes,
85 t SWL at 18 m (59 ft), 17 t at 42.3 m (139 ft)
Cement pump 15,000 psi (on free placement)
Hoisting equipment capacity 2,500,000 lb
Drawworks 9,000 hp
Top drive 2 x 1,350 hp
Mud pumps 5 x 2,200 hp, 7,500 psi
Bulk mud capacity 4 x 105 m3
Bulk cement capacity 4 x 105 m3
Liquid mud capacity Active 960 m3 (6,030 bbl)
Reserve 950 m3 (5,980 bbl)
Accommodation 230 people
Rig_Fleet.indd 14 21-09-2012 11:45:26
15. NEWBUILDING
Ultra Deepwater Drillships
Deepwater Advanced 4
Year of Construction 2013
Class American Bureau of Shipping
Work area Water depths up to 3,600 m (12,000 ft)
Operating draught 12 m (39 ft)
Transit draught 8.5 m (28 ft)
Hull dimension 228 m x 42 m x 19 m (748 ft x 138 ft x 62 ft)
Rated water depth 3,600 m (12,000 ft)
Rated drilling depth 12,000 m (40,000 ft)
Samsung 96K drillship
Variable load 20,000 t
Power supply 6 x 7,000 kW diesel generators
Propulsion 6 x 5,500 kW azimuth thrusters
Well control equipment 15,000 psi, 18 ¾” BOP; six cavity BOP stack
Cranes 4 x knuckle boom cranes,
85 t SWL at 18 m (59 ft), 17 t at 42.3 m (139 ft)
Cement pump 15,000 psi (on free placement)
Hoisting equipment capacity 2,500,000 lb
Drawworks 9,000 hp
Top drive 2 x 1,350 hp
Mud pumps 5 x 2,200 hp, 7,500 psi
Bulk mud capacity 4 x 105 m3
Bulk cement capacity 4 x 105 m3
Liquid mud capacity Active 960 m3 (6,030 bbl)
Reserve 950 m3 (5,980 bbl)
Accommodation 230 people
Rig_Fleet.indd 15 21-09-2012 11:45:26
16. Drilling barge rigs
Maersk Pioneer
Year of construction 1998
Class American Bureau of Shipping
Work area Venezuela
Hull dimension 77 m x 25.9 m x 4.9 m (254 ft x 85 ft x 16 ft)
Rated water depth 45.7 m (150 ft)
Rated drilling depth 6,096 m (20,000 ft)
Variable load 2,500 t including hook load
Power supply 4 Caterpillar 3516 DITA
Cantilever drilling barge
Well control equipment 5,000 psi
Cranes 1 Nautilus 340L-100
Hoisting equipment capacity 1,000,000 lb
Drawworks 1 National Oilwell 1320-UE
Mud pumps 2 National Oilwell 12-P-160
Bulk mud capacity 127 m³ (4,500 ft³)
Bulk cement capacity 127 m³ (4,500 ft³)
Liquid mud capacity 2,620 bbl
Accommodation 44 people
Drilling barge rigs
Maersk Pathfinder
Year of construction 1998
Class American Bureau of Shipping
Work area Venezuela
Hull dimension 77 m x 25.9 m x 4.9 m (254 ft x 85 ft x 16 ft)
Rated water depth 45.7 m (150 ft)
Rated drilling depth 6,096 m (20,000 ft)
Variable load 2,500 t including hook load
Power supply 4 Caterpillar 3516 DITA
Cantilever drilling barge
Well control equipment 5,000 psi
Cranes 1 Nautilus 340L-100
Hoisting equipment capacity 1,000,000 lb
Drawworks 1 National Oilwell 1320-UE
Mud pumps 2 National Oilwell 12-P-160
Bulk mud capacity 127 m³ (4,500 ft³)
Bulk cement capacity 127 m³ (4,500 ft³)
Liquid mud capacity 2,620 bbl
Accommodation 44 people
Rig_Fleet.indd 16 21-09-2012 11:45:30
17. Drilling barge rigs
Maersk Rig 12
Year of construction 1982, rebuilt 1994
Class American Bureau of Shipping
Work area Venezuela
Hull dimension 63.7 m x 30.5 m x 4.3 m (209 ft x 100 ft x 14 ft)
Rated water depth 36.6 m (120 ft)
Rated drilling depth 6,096 m (20,000 ft)
Variable load 3,636 t including hook load
Power supply 3 Caterpillar D-399, 1 Caterpillar D-379
Cantilever drilling barge
Well control equipment 10,000 psi
Cranes 1 Seaking 14.5 t, 1 Nautilus 27 t
Hoisting equipment capacity 1,000,000 lb
Drawworks 1 National Oilwell E-2000, 2,000 hp
Mud pumps 2 National Oilwell A-1700-PT
Bulk mud capacity 57 m³ (2,000 ft³)
Bulk cement capacity 85 m³ (3,000 ft³)
Liquid mud capacity 2,921 bbl
Accommodation 40 people
Drilling barge rigs
Maersk Rig 41
Year of construction 1999
Class American Bureau of Shipping
Work area Venezuela
Hull dimension 64 m x 33.5 m x 5.5 m (210 ft x 110 ft x 18 ft)
Rated water depth 38 m (125 ft)
Rated drilling depth 5,640 m (18,500 ft)
Variable load 3,390 t
Power supply 5 Caterpillar D-3512B, 7,380 hp
Cantilever drilling barge
Well control equipment 5,000 psi
Cranes 2 Dreco 48 t
Hoisting equipment capacity 1,000,000 lbs
Drawworks National 1320-UE, 2,000 hp
Mud pumps 3 National 12-P-160, triplex, 1,600 HP
Bulk mud capacity 228 m³ (8,000 ft³)
Bulk cement capacity 228 m³ (8,000 ft³)
Liquid mud capacity 710 bbl
Accommodation 80 people
Rig_Fleet.indd 17 21-09-2012 11:45:31
18. Drilling barge rigs
Maersk Rig 42
Year of construction 1999
Class American Bureau of Shipping
Work area Venezuela
Hull dimension 64 m x 33.5 m x 5.5 m (210 ft x 110 ft x 18 ft)
Rated water depth 38 m (125 ft)
Rated drilling depth 5,640 m (18,500 ft)
Variable load 3,390 t
Power supply 4 Caterpillar D-3512B, 5,900 hp
Cantilever drilling barge
Well control equipment 5,000 psi
Cranes 2 Dreco 48 t
Hoisting equipment capacity 1,000,000 lb
Drawworks National 1320-UE, 2,000 hp
Mud pumps 2 National 12-P-160, triplex, 1,600 HP
Bulk mud capacity 228 m³ (8,000 ft³)
Bulk cement capacity 228 m³ (8,000 ft³)
Liquid mud capacity 710 bbl
Accommodation 80 people
Drilling barge rigs
Maersk Rig 44
Year of construction 1994
Class American Bureau of Shipping
Work area Venezuela
Hull dimension 61 m x 26 m x 4.3 m (200 ft x 85 ft x 14 ft)
Rated water depth 38 m (125 ft)
Rated drilling depth 6,096 m (20,000 ft)
Variable load 2,000 t
Power supply 3 Caterpillar D-3512B, 3,630 hp
Cantilever drilling barge
Well control equipment 3,000 psi
Cranes 1 Dreco 30 t
Hoisting equipment capacity 1,044,000 lb
Drawworks 2,000 hp
Mud pumps 2 ea 1,600 hp
Bulk mud capacity 56 m³ (1,985 ft³)
Bulk cement capacity 56 m³ (1,985 ft³)
Liquid mud capacity 320 bbl³
Accommodation 40 people
Rig_Fleet.indd 18 21-09-2012 11:45:33
19. Drilling barge rigs
Maersk Rig 45
Year of construction 1994
Class American Bureau of Shipping
Work area Venezuela
Hull dimension 61 m x 26 m x 4.3 m (200 ft x 85 ft x 14 ft)
Rated water depth 38 m (125 ft)
Rated drilling depth 6,096 m (20,000 ft)
Variable load 2,000 t
Power supply 3 Caterpillar D-3512B, 3,630 hp
Cantilever drilling barge
Well control equipment 3,000 psi
Cranes 1 Dreco 30 t
Hoisting equipment capacity 1,044,000 lb
Drawworks 2,000 hp
Mud pumps 2 ea 1,600 hp
Bulk mud capacity 56 m³ (1,985 ft³)
Bulk cement capacity 56 m³ (1,985 ft³)
Liquid mud capacity 320 bbl (1,800 ft³)
Accommodation 40 people
Drilling barge rigs
Maersk Rig 52
Year of construction 1981, rebuilt 1994
Class American Bureau of Shipping
Work area Venezuela
Hull dimension 57.9 m x 30.5 m x 4.3 m (190 ft x 100 ft x 14 ft)
Rated water depth 36.6 m (120 ft)
Rated drilling depth 6,096 m (20,000 ft)
Variable load 4,000 t including hook load
Power supply 4 Caterpillar D-399
Cantilever drilling barge
Well control equipment 10,000 psi
Cranes 1 Seaking 14.5 t, 1 Nautilus 27 t
Hoisting equipment capacity 1,000,000 lb
Drawworks 1 National Oilwell 1320-UE, 2,000 hp
Mud pumps 2 National Oilwell 12-P-160
Bulk mud capacity 57 m³ (2,000 ft³)
Liquid mud capacity 2,904 bbl
Accommodation 45 people
Rig_Fleet.indd 19 21-09-2012 11:45:33
20. Drilling barge rigs
Maersk Rig 61
Year of construction 1994
Class American Bureau of Shipping
Work area Venezuela
Hull dimension 61 m x 25.9 m x 4.9 m (200 ft x 85 ft x 16 ft)
Rated water depth 45.7 m (150 ft)
Rated drilling depth 4,877 m (16,000 ft)
Variable load 3,555 t including hook load
Power supply 3 Caterpillar 3512 DITA
Cantilever drilling barge
Well control equipment 5,000 psi
Cranes 1 Nautilus 180L3-100, 30 t
Hoisting equipment capacity 900,000 lb
Drawworks 1 National Oilwell E-2000-UBD, 2,000 hp
Mud pumps 2 National Oilwell A-1100 PT
Bulk mud capacity 2,000 sacks
Liquid mud capacity 3,000 bbl
Accommodation 40 people
Drilling barge rigs
Maersk Rig 62
Year of construction 1995
Class American Bureau of Shipping
Work area Venezuela
Hull dimension 61 m x 25.9 m x 4.9 m (200 ft x 85 ft x 16 ft)
Rated water depth 45.7 m (150 ft)
Rated drilling depth 4,877 m (16,000 ft)
Variable load 3,555 t including hook load
Power supply 3 Caterpillar 3512 DITA
Cantilever drilling barge
Well control equipment 5,000 psi
Cranes 1 Nautilus 180L3-100, 30 t
Hoisting equipment capacity 900,000 lb
Drawworks 1 National Oilwell E-2000-UBD, 2,000 hp
Mud pumps 2 National Oilwell A-1100 PT
Bulk mud capacity 2,000 sacks
Liquid mud capacity 3,000 bbl
Accommodation 40 people
Rig_Fleet.indd 20 21-09-2012 11:45:34
21. MAERSK INSPIRER At work in the rough conditions in the North Sea. MÆRSK INSPIRER is one of two identical ultra harsh environment
jack-up drilling rigs in Maersk Drilling’s fleet, claiming the title of the World’s largest and most advanced drilling rig.
Rig_Fleet.indd 21 21-09-2012 11:45:36
22. Rig top view showing principle dimensions
Rig side view showing principle dimensions
Rig_Fleet.indd 22 21-09-2012 11:45:37
23. Rig_Fleet.indd 23
MAERSK MAERSK MAERSK MAERSK MAERSK MAERSK MÆRSK MÆRSK MAERSK MÆRSK MÆRSK MAERSK
RESOLVE RESOLUTE RESILIENT REACHER COMPLETER CONVINCER GALLANT GIANT GUARDIAN INNOVATOR INSPIRER ENDURER
Jack-Up Rig Data (RSV) (RSU) (RSI) (REA) (CPL) (CVI) (GAL) (GIA) (GUA) (INN) (INS) (EDU)
ABS ABS ABS ABS ABS ABS Lloyds DNV Lloyds DNV DNV ABS
MSC
Design MSC CJ50-100 MC Baker Pacific Class 375 Hitachi - Giant Class MSC CJ70-150 MC BMC 350
CJ62-120S
Hull A Length of hull m 70,0 72,1 78,2 84,0 88,8 72,0
B Width of hull m 68,0 68,4 90,3 90,0 102,5 72,0
Cc Height from bottom of hull to bottom of cantilever m 10,60 9,45 11,66 10,27 13,10 9,99
At centre line 9,80 8,53 11,20 9,90 12,0 9,44
Ch Height of hull: m
At hull side 9,50 8,53 10,79 9,50 11,5 9,14
D Transverse leg spacing (Starboard to Port) m 50,0 47,3 62,0 66,0 70,0 50,0
E Longitudinal leg spacing (Bow to Aft) m 43,30 44,30 53,73 56,80 60,68 49,75
F Distance from transom to centre of aft spudcan m 16,50 14,40 10,77 13,50 13,30 10,85
Distance from transom to sternest point m 1,43 1,20 1,60 1,60 1,80 2,10
Leg To tip of spudcan 146,30 154,23 175,30 156,80 203,35 146,06
H Leg -length: m
To bottom of skirt / chord N/A N/A N/A 160,15 N/A 204,30 N/A
Heigth of jacking unit support structure above main
I m 10,78 12,09 13,80 14,40 13,78 13,43
deck (Measurement based on fwd jacking structure)
J Max. available leg-length below hull (H*- I - Ch*-1,5) m 124,22 132,11 148,80 131,00 176,07 121,69
Max. water depth (Original Design) 106,70 114,30 120,00 106,70 150,00 106,68
K m
@ Penetration 5,00 3,05 5,00 W/O skirts:5,0 5,00 3,00 4,57
L Max. airgap m 40,00 25,00 40,00 25,50 24,20 30.5 (** 43.5 ) 30,50 45,00 30,50
Draught Maximum load line draught m 5,75 5.75, (*: 11.95) 5,94 6,65 4.8, (* 8.15) 4,80 8,00 5,21
Spud Can M Max fwd-aft distance of spudcan m 15,93 21,08 16,95 19,50 20,09 22,00 18,00
Projected area of spudcan m2 200,0 349,00 228,3 250,0 252,8 380,0 226,0
Shape of spudcan - Hexagon Circular Dodecagon (12) Hexagon Hexagon Clover Skew clover
N Distance from edge of spud can to transom m 7,70 6,00 5,93 1,02 3,45 2,30 1,85
Drilling Envelope P Min. longitudinal reach of rotary from transom m 3,05 pending 3,05 3,05 3,10 2,00
R Max. longitudinal reach of rotary from transom m 21,34 21,34 19,27 16,76 21,34 27,43 30,48 16,76
S Max. transverse reach of rotary from centreline m 7.2S TB / 6.8 PS 4,57 4,6 4 (***3.08) 4,6 9.6 STB / 10.5 PS 4,9
Drill-Floor T Max. longitudinal reach from transom m 26,66 28,27 26,20 23,01 33,73 36,78 23,44
V Max. width incl. skidding from centreline, Starboard m 18,56 17,85 14,90 15.07 (***14.15) 21,10 17,98
X Max. width incl. skidding from centreline, Port Side m 17,68 14,05 15,63 16.2 (***15.28) 21,00 17,67
Cantilever Y Height of drillfloor over main deck m 13,50 14,35 11,67 11,17 14,82 11,91
Z Overall width of cantilever excl. platforms etc. m 14,60 18,86 20,09 17,60 16,00 17,68
Note: *: Draught to skirt tip **: Within reach if modified. ***: Current configuration of the rig
21-09-2012 11:45:37
24. Head offi ce:
Maersk Drilling
50, Esplanaden
1098 Copenhagen K
Denmark
Telephone: +45 3363 3363
Telefax: +45 3363 3182
E-mail: copenhagen@maersk-drilling.com
www.maerskdrilling.com
Maersk Drilling, Esbjerg Maersk Drilling, Baku Maersk Drilling Malaysia SDN BHD
1, Kanalen 9th Floor ISR Plaza Business Center Unit 29-04, 29th Floor, Menara TA One
P.O. Box 239 69 Nizami Street No. 22 Jalan P. Ramlee
6701 Esbjerg Baku AZ1000 50250 Kuala Lumpur
Denmark Azerbaijan Malaysia
Telephone: +45 76 14 77 00 Telephone: +994 12 4978450 Telephone: +603-21712885
Telefax: +45 76 14 77 32 Telefax: +994 12 4978467 +603-21632884
Telefax: +603-21813888
E-mail: esbjerg@maersk-drilling.com E-mail: baku@maersk-drilling.com
Maersk Drilling UK Ltd. Maersk Drilling, Venezuela Maersk Drilling USA Inc.
City Wharf Edifi cio MCVSA 2500 City West Boulevard
Shiprow Muelle Terminales Maracaibo Suite 1850
Aberdeen AB11 5BY Las Morochas Houston
United Kingdom Estado Zulia Texas 77042
Venezuela USA
Telephone: +44 1224 243100
Telefax: +44 1224 243213 Telephone: +58 265 4005501 Telephone: +1 713 346 4300
Telefax: +58 265 6311435 Telefax: +1 713 783 9409
E-mail: aberdeen@maersk-drilling.com
E-mail: venezuela@maersk-drilling.com E-mail: houston@maersk-drilling.com
Maersk Drilling Norge AS Maersk Drilling Australia Pty Ltd Maersk Drilling Services A/S, Brunei
Christian August Thorings veg 9 Level 1, 1 Preston Street Brunei Branch Lot 7272
P.O. Box 134 Forus Como, WA 6152 Simpang 73, Sungai Duhon
4065 Stavanger Australia Light Industrial Area
Norway Kuala Belait KA3131
Telephone: +61 8 6436 1400 Negara Brunei Darussalam
Telephone: +47 52 01 70 00 Telefax: +61 8 6436 1444
Telefax: +47 52 01 70 01 Telephone: +673 223 9955
E-mail: perth@maersk-drilling.com Telefax: +673 223 9958
E-mail: norway@maersk-drilling.com
E-mail: brunei@maersk-drilling.com
May 2012
Rig_Fleet.indd 24 21-09-2012 11:45:37