SlideShare a Scribd company logo
OFFSHORE OPERATIONS COURSE
SECTION 6 INSURANCE-WARRANTY SURVEYOR
CONTENTS
1
Training to be FIRST
SECTION 6
INSURANCE AND WARRANTY SURVEYOR
TABLE OF CONTENTS INSURANCE AND WARRANTY SURVEYOR
CHAPTER 1 INSURANCE 2
1.1 INTRODUCTION 2
1.2 INSURANCE 3
1.3 CLAIMS REPORTING 5
CHAPTER 2 THE WARANTY SURVEYOR 6
2.1 DEFINITION AND PURPOSE OF THE WARRANTY SURVEYOR 6
2.2 WHEN MUST WARRANTY SURVEYORS BE USED? 6
2.3 SPECIAL CONDITIONS FOR JACK-UP MOVES 7
2.4 THE ROLE OF THE WARRANTY SURVEYOR. 7
2.5 TRANSOCEAN APPROVED WARRANTY SURVEYORS 8
2.6 PROCEDURE TO OBTAIN WARRANTY APPROVALS 9
OFFSHORE OPERATIONS COURSE
SECTION 6 INSURANCE WARRANTY SURVEYOR
CHAPTER 1 INSURANCE
2
Training to be FIRST
CHAPTER 1 INSURANCE
1.1 INTRODUCTION
Insurance statistics show that the risk increases sharply any time a Jack-Up (JU) rig moves
between drilling location. Although the JU spends an average of 5% of its time in the water, most
of the damage and losses occur during transit rather than during the 95% of its time spent in
elevated position. Compared to the Jack Up the Semi Submersibles and Drilling Vessels are much
more seaworthy by design and have therefore a lower accident rate
Analysis indicates that this anachronism results directly from tow main factors:
1. Rig design
2. Manning
1.1.a. Design Limitations
The following review of each of these should lead to a better understanding of the JU and a better
way to achieve successful rig moves.
Jack-up rigs design provides preliminary a stable platform out of reach of the seas. As this
platform must move from time to time, giving the platform hull a barge like shape provides a
certain amount of sea keeping capability. The design of the hull gives a certain amount of
protection and watertight integrity against the environmental conditions. The early JU designs
drastically improved by:
Increasing the freeboard.
Adding more watertight compartments.
Better hull shapes.
Nevertheless, a JU is limited in respect of the amount of weather it can safely withstand while in
floating condition. Here we have identified one of the essential elements, which control the risk
associated with moving a JU drilling rig: Design Limitations.
Jack-ups are a compromise between numerous and often contradictory technical and commercial
constraints, the result of which being a product with many stringent limitations. The design
limitations must be clearly outlined, as the safe operating of any JU is conditional to the capability
of remaining within these limitations. Although the MOM provides specific information of JU
safe operations procedures, the previous chapters clarify the limitation in more detail.
OFFSHORE OPERATIONS COURSE
SECTION 6 INSURANCE WARRANTY SURVEYOR
CHAPTER 1 INSURANCE
3
Training to be FIRST
1.1.b. Manning
Although design flaws occur, the overwhelming ratio of damages and losses are often the result of
somebody operating the JU or any other type of drilling rig outside its design limitations. In most
cases, the person in charge does not have a precise and complete knowledge of these limitations
and takes a short cut unintentionally
In other instances the person in charge is under pressure from the client representative onboard
and knowingly, during one phase of the operation, will exceed the rig’s limits. Fortunately, built in
safety margins prevent or limit potential damage. The higher performance, new generation of rigs
have significant reduced built in safety margins and more than ever moving these rigs demands a
good knowledge of the designer’s limitations.
Since the JU spend 95% of its life in a jacked up position, the regular personnel working onboard
have no direct involvement or limited knowledge of the marine environment. For a rig
superintendent on a JU the marine side of the operation is often a minor part of their training
program including insufficient practical experience.
Within Transocean , the theoretical and experience training program for management and staff
functions ashore and onboard includes the marine side of the operations. In addition, the MOM
procedures provide the instruction and guidelines to accomplish safe rig moves. The other and
most important part is the experience of the person in charge of the rig move. The presence of the
Warranty Surveyor onboard for the move preparation provides for the additional to assistance with
any questions from the MIC onboard that may exist about the procedures and guidelines in the
MOM.
From the above explanation, it is obvious that the risk factor between a semi submersible and a JU
is different. Consequently, the insurance policies and procedures to move a JU require a different
approach.
1.2 INSURANCE
1.2.a. Contacts
The Risk Management Department, which includes insurance, is located in HQS in Houstoon An
important part of the task of the Risk Management is to maintain all rigs and equipment insured
against major loss and/or damage For Transocean related insurance policies and procedures the
contacts are:
Director – Risk Management.
Manager(s) - Insurance.
OFFSHORE OPERATIONS COURSE
SECTION 6 INSURANCE WARRANTY SURVEYOR
CHAPTER 1 INSURANCE
4
Training to be FIRST
1.2.b. Rig Insurance Terms and Conditions.
The following information is not complete, it is only a brief overview and all questions shoulf be
referred to the Risk Management
Period.
Currently running from 12/31 to 12/31 but is subject to change in the near future.
Coverage.
The Marine Package cover rigs for “all risks of direct physical damage to the
property…” up to the insured value of the rig. “ All risks” does not mean that every
type of claim will be covered. There are many exclusions to the coverage.
Insured Valuation.
Each rig has to be declared to insurers (no automatic cover) and the insured value is
“agreed” by Transocean management. The insured value can be anywhere between
the New Build Value, Market Value and New Replacement Value. It is possible to
change the Insured values whenever required. Management must approve any
changes to the insured value.
Deductibles.
The Marine Package currently has a $1,000,000 deductible.
Cargo .
The Marine package extends to cover Cargo. The deductible here is US$ 25k. Any
major cargo shipments (especially of high value, large items such as land rigs,
derricks etc…) must be notified to the risk manager. It is important to note that items
that are part of the rig (or will become so) carry the Hull and Machinery deductible
of $1,000,000.
Premium.
The premium paid for the marine package is paid annually to the insurers and billed
monthly to each rig. Alterations/adjustments in premium are passed on to the rig’s
cost centre as billed by the insurers. The insurance is more expensive for a JU than
due to:
a) Sinking during tows
b) Punch through
c) Blowouts
Note . As a reminder, if we breach the strict Warranty Survey and/or the MOM
procedures for tow and move requirements we could invalidate the insurance policy.
OFFSHORE OPERATIONS COURSE
SECTION 6 INSURANCE WARRANTY SURVEYOR
CHAPTER 1 INSURANCE
5
Training to be FIRST
Removal of Wreck/Collision Cover.
The Marine package provides coverage for Removal of Wreck/Collision. The
deductible is either 25% of the insured value or $1,000,000 whichever is less.
(Deductibles are subject to change)
Land Rigs.
Land Rigs are covered on a declared “agreed value basis”.
Moves and Tows.
A JU requires special Warranty Survey procedures, which will follow below. All
major long JU moves should be dry tow moves.
A dry tow on a not self-propelled barge is still a high risk, because the towing vessel
cannot effectively control the barge motions in heavy seas and weather. Leg fatigue
may develop during the tow resulting in fatigue damage or eventual loss of legs.
The lowest risk for damage or sinking is the dry tow on a self-propelled carrier.
Transocean insurance covers JU dry tow and transports and all rig moves less than
2,000 nautical miles. Any other move must be specially notified to insurers. All
major long moves should be notified to the Director of Risk Management in HQS,
Houston. Any Semi Submersible move in excess of 2,000 nautical miles must also
carry a riding crew onboard capable of starting engines/machinery at any time.
War and Political Risks.
The Marine Package includes cover for war risks for offshore rigs, but rigs working
in war zones must notify Risk Management prior to arrival in the area. An extra
premium may be charged for War Risk insurance. In event of an outbreak of war, the
insurance company can cancel the coverage within 48 hours notice. War Risk cover
for land rigs is not available.
Limited cover may also be available for terrorist and political risks, such as
confiscation, seizure, and expropriation. The rig must contact Risk Management to
obtain this coverage. Due to the expense of this coverage, it may not be available in
the future.
1.3 CLAIMS REPORTING
The rig must report all incidents that causes direct physical damage to a rig or equipment
immediately to Risk Management.
OFFSHORE OPERATIONS COURSE
SECTION 6 INSURANCE-WARRANTY SURVEYOR
CHAPTER 2 WARRANTY SURVEYOR
6
Training to be FIRST
CHAPTER 2 THE WARANTY SURVEYOR
2.1 DEFINITION AND PURPOSE OF THE WARRANTY SURVEYOR
A Warranty Surveyor is a company who provides warranty surveyor services.
The reason Transocean uses the service of a Warranty Surveyor is that under the marine package
policy insurers require (warrant) that approved marine surveyor’s are involved in the operations as
a loss prevention measure. The surveyors carrying out this approval function are termed Warranty
Surveyors. Failure to respect this warranty can invalidate insurance coverage of the MODU
2.2 WHEN MUST WARRANTY SURVEYORS BE USED?
Moves and Location approvals
Warranty Surveyor approval is required in writing for every move/tow and for each
new location for JU. In addition, Warranty Surveyors must ATTEND all jack-up
moves if an Underwriters APPROVED Transocean Rig Mover is not in
attendance. The Warranty Surveyor can attend any other move if the rig manager
feels the conditions need it.
Dry/Wet Tows/Moves
Warranty Surveyors must be used to approve vessels, tugs towing details, fastening,
routing for all dry- wet tows, and dry moves onboard of carrier vessels.
Reactivation
Warranty Surveyors must issue a Recommissioning Certificate for reactivation of
any MODU that has been laid-up/stacked for over 180 consecutive days. This shall
be done in conjunction with inspection for certificate of class as per Certification
Society ABS or other.
Major Cargo Shipments
Warranty Surveyors are also to be used to attend, verify and check stowage, sea
fastening, carrying vessels, routing etc… for all international shipments of Land Rigs
and heavy equipment (derrick sets/masts)
Stacking
Warranty Surveyors should be involved in conjunction with Certification Society
ABS or other, in stacking of a MODU.
OFFSHORE OPERATIONS COURSE
SECTION 6 INSURANCE-WARRANTY SURVEYOR
CHAPTER 2 WARRANTY SURVEYOR
7
Training to be FIRST
2.3 SPECIAL CONDITIONS FOR JACK-UP MOVES
As mentioned above, Warranty Surveyor Attendance is required for all JU moves, unless the Rig
Manager (RM) or Person in Charge (PIC) or his designate is approved as a qualified rig mover by
Transocean Insurers. Transocean requires the Rig Manager to attend all JU moves. Warranty
Surveyor approval of the tow/move and location is still required, but actual attendance is not,
unless Warranty Surveyor or Region and/or HQS still requires attendance in view of special
circumstances (pipelines. Infield jackets, weather, current, sea bottom etc….)
Transocean HQS will require a minimum level of Warranty Surveyor move attendance as an
internal audit measure.
2.4 THE ROLE OF THE WARRANTY SURVEYOR.
The Warranty Surveyor is a consultant whose function is to ensure that each MODU operation
does not exceed an acceptable level of risk. Underwriters appoint the Warranty Surveyors. The
extend of the risk is defined by the parameters, criteria and limitations set forth by the rig’s design,
as included in the MOM.
When in attendance, a Warranty Surveyor’s role is advisory “hands off” The Rig Superintendent
(or Barge Engineer Captain as per Warranty Surveyor move approval) is the PIC of the MODU at
all times.
The Warranty Surveyors role is to assure that the rig operates within its design criteria. Inherent
with this task is work in the office as well as attendance onboard during critical phases of the
operations, including verifying the stability calculations.
He advises on unusual circumstances, provides expertise in coping with third party mariners, such
as tugs and supply vessels, client’s reps and another pair of eyes during the move. His role is to
assure that the person in charge is knowledgeable and that the procedures outlined in the MOM as
well as recommendations specific to an operation are understood and followed.
Transocean PIC is always in charge. If the Transocean PIC is an APPROVED Rig Mover a
Warranty Surveyor’s presence is not required on board during the rig move. Site Approval is still
required.)
However, the MIC is responsible for directing operations at all times.
OFFSHORE OPERATIONS COURSE
SECTION 6 INSURANCE-WARRANTY SURVEYOR
CHAPTER 2 WARRANTY SURVEYOR
8
Training to be FIRST
The following work is the responsibility of the Warranty Surveyor:
Review of each rig’s characteristics.
To analyse and approve special mooring arrangements.
To provide selected environmental data for specific locations or areas.
Review of structural stresses at location.
Review of dry transport feasibility and associated stresses.
Review ocean towage feasibility and associated stresses.
Review of stability.
Review of special geo-technical problems.
To review and approve new locations.
To review and approve field moves as well as ocean tow and dry transports.
To review and approve special environmental criteria for selected rigs.
To audit Transoceans’s training programs mainly with regard to safety and marine
skills.
To review and approve qualifications Approved Rig Movers.
The Warranty Surveyor can be consulted at any time for a course of action. His mere presence is
often a salutary reminder particularly in a situation where a frustrated client representative is
applying pressure.
2.5 TRANSOCEAN APPROVED WARRANTY SURVEYORS
Transocean’s insurers have appointed and approved the following Third parties as warranty
surveyors:
John Lebourhis & Associates Inc. World Wide
Matthews Daniel World Wide
Noble Denton World Wide
Global Maritime World Wide
J. F. Moore World Wide
London Offshore Company Australia
OFFSHORE OPERATIONS COURSE
SECTION 6 INSURANCE-WARRANTY SURVEYOR
CHAPTER 2 WARRANTY SURVEYOR
9
Training to be FIRST
Transocean is in the process of having additional Third parties approved.
Also, Transocean employees will be approved in the future APPROVED Rig Movers.. This
process has just started. The approved employees will be added to the Marine package policy.
Transocean and its insurers have appointed and approved John Lebourhis & Associates Inc. in
Houston as world wide Warranty Surveyor.
2.6 PROCEDURE TO OBTAIN WARRANTY APPROVALS
The District Manager or his designate obtains warranty Surveyor’s Approval Certificates for each
rig move and new location by sending the briefing telexes, faxes or e-mail. It will facilitate
approval if the briefing data includes all the required information as outlined in the Risk
Management Manual. Follow-up by phone is often required between the District Manager and the
Warranty Surveyor to co-ordinate the timing for the arrival of the Warranty Surveyor when
attendance is required. It is the District Manager’s responsibility to ensure proper communication
and co-ordination with the Warranty Surveyor.
The District Manager or his designate must provide a specified amount of information to the
Warranty Surveyor whenever possible at least 7 days prior to the expected date of moving. Copies
should be sent to the Transocean Risk Manager at HQS and to the Region office, attention
Operations/Technical Manager.
Upon receipt of the information, the Warranty Surveyor will review then returns his approval
and/or recommendations and advice whether a Warranty Surveyor is required to attend the rig
move. It is important to advise the Warranty Surveyor in time on any changes of the move date
because most airline tickets need a 48 hour notice to reschedule the flight.
The Warranty Surveyor issues the final Certificate of Approval when he is in full agreement with
the rigs preparation and the towing arrangements. This certificate is often attached to the
recommendations. The Risk Manager, the District Manager and the towing vessel/dry tow carrier
master receive a copy. The Appendix shows an example of a Certificate of Approval, including
the List of Recommendations.
The table on the following pages itemises the required information to transmit to the Warranty
Surveyor. FOUR SEPARATE FORMATS for each type of rig are in use; DP vessel, Semi
Submersible or Tender, JU and Swamp Barge. The table gives an idea of the type of information.
The shaded squares with and X indicate the minimum information the Warranty Surveyor needs to
submit a Certificate of Approval.
OFFSHORE OPERATIONS COURSE
SECTION 6 INSURANCE-WARRANTY SURVEYOR
CHAPTER 2 WARRANTY SURVEYOR
10
Training to be FIRST
The District Manager or his designate obtains warranty Surveyor’s Approval Certificates for each
rig move and new location by sending the briefing telexes, faxes or e-mail. It will facilitate
provisions of approvals if this briefing data includes all the required information as outlined in the
Risk Management Manual. Follow-up by phone is often required between the District Manager
and the Warranty Surveyor to co-ordinate the timing for the arrival of the Warranty Surveyor
when attendance is required. It is the District Manager’s responsibility to ensure proper
communication and co-ordination with the Warranty Surveyor.
The District Manager or his designate must provide a specified amount of information to the
Warranty Surveyor whenever possible at least 7 days prior to the expected date of moving. Copies
should be sent to the Transocean Risk Manager at HOS and to the Region office, attention
Operations/Technical Manager.
Upon receipt of the information, the Warranty Surveyor will review the information. After review
he returns his approval and/or recommendations by telex/fax or e-mail. The information includes
the advice whether a Warranty Surveyor will attend the rig move or not. It is important to advice
the Warranty Surveyor in time on any changes of the move date because most airline tickets need
a 48 hour notice to reschedule the flight.
The Warranty Surveyor issues the final Certificate of Approval when he is in full agreement with
the rigs preparation and the towing arrangements. This certificate is often attached to the
recommendations. The Risk Manager, the District Manager and the towing vessel/dry tow carrier
master receive a copy. The Appendix shows an example of a Certificate of Approval, including
the List of Recommendations.
The table on the following pages itemises the required information to transmit to the Warranty
Surveyor. FOUR SEPARATE FORMATS for each type of rig are in use; DP vessel, Semi
Submersible or Tender, JU and Swamp Barge. The table gives an idea of the type of information.
The shaded squares with and X indicate the minimum information the Warranty Surveyor needs to
submit a Certificate of Approval.
OFFSHORE OPERATIONS COURSE
SECTION 6 INSURANCE-WARRANTY SURVEYOR
CHAPTER 2 WARRANTY SURVEYOR
11
Training to be FIRST
Description of Information required for a
Specific Rig
DP Semi
&
Tender
JU
Swamp
Barge
Rig Name X X X X
Rig Manager or District Manager X X X X
Present Location, area, block and
co-ordination (latitude-longitude)
X X X X
Location moving to area, block and
co-ordinates (latitude-longitude)
X X X X
Water depth X X X X
Oil Company (Operator) X X X X
Type of well (platform, conductor pile,
exploration etc….)
X X X X
Distance to move X X X
X
Special situations or procedures (ice berg
higher air gap, stacking, congested area)
X X X X
Expected date of move X X X X
Name of the MODU Master or MIC X X X X
Percentage of thrusters operational X X
Identity of service vessels, if applicable X
Proposed heading X X
OFFSHORE OPERATIONS COURSE
SECTION 6 INSURANCE-WARRANTY SURVEYOR
CHAPTER 2 WARRANTY SURVEYOR
12
Training to be FIRST
Soil information (and for Semi, type weight
and fluke angle of anchor)
X X X
Anchor pretension and time to hold test X
Seabed survey results, obstacles in area
beyond proposed anchor pattern
X
Anchor lines minimum scope after test X
Anchor system, buoys or chaser X
Type and number of piggy back anchors
available
X
Sub bottom profile for anomalies, shallow
gas risks
X X X
Percentage of rig propulsion if applicable X
Identity of each AHT/tow vessel and
function, with BHP, continuous BP etc.
X X X
Seabed survey within radius as per Warranty
Surveyor requirements
X X X
Whether operations is proposing to provide a
tow master
X
Procedures/analysis for uncommon anchor
patterns
X
Present penetration X
Anticipated penetration X
Expected stay at location X X
Special situations or procedures, including
higher air gap etc…
X

More Related Content

What's hot

MlC 2006 General Introduction and Preparation
MlC 2006 General Introduction and PreparationMlC 2006 General Introduction and Preparation
MlC 2006 General Introduction and Preparation
Prabhash Sinha
 
ISM CODE
ISM CODE ISM CODE
ISM CODE
Kamal Vashisht
 
Maritime Labour Convention (MLC 2006)
Maritime Labour Convention (MLC 2006)Maritime Labour Convention (MLC 2006)
Maritime Labour Convention (MLC 2006)
Yasser B. A. Farag
 
MSC.1/Circ.1405 Rev.1 Revised Interim Guidance to shipowners, ship operators,...
MSC.1/Circ.1405 Rev.1 Revised Interim Guidance to shipowners, ship operators,...MSC.1/Circ.1405 Rev.1 Revised Interim Guidance to shipowners, ship operators,...
MSC.1/Circ.1405 Rev.1 Revised Interim Guidance to shipowners, ship operators,...
Marcelo Borba
 
FINAL PRESENTATION Final
FINAL PRESENTATION FinalFINAL PRESENTATION Final
FINAL PRESENTATION FinalRyan Slimmon
 
Regulatory Compliance Ver. Training Pack 2
Regulatory Compliance Ver. Training Pack 2Regulatory Compliance Ver. Training Pack 2
Regulatory Compliance Ver. Training Pack 2henryarm2002
 
STCW Basic Safety Training
STCW Basic Safety TrainingSTCW Basic Safety Training
STCW Basic Safety Training
Matthew Peck
 
TST SMS familiarization & education
TST SMS familiarization & educationTST SMS familiarization & education
TST SMS familiarization & education
Valentin Bañaco
 
Stcw guide english
Stcw guide englishStcw guide english
Stcw guide english
Brian Dsilva
 
Ilo mlc-2006-guidance-on-psc
Ilo mlc-2006-guidance-on-pscIlo mlc-2006-guidance-on-psc
Ilo mlc-2006-guidance-on-psc
Brian Dsilva
 
Seafarers post covid
Seafarers post covidSeafarers post covid
Seafarers post covid
Capt Ashok Menon
 
Vetting of ships
Vetting of shipsVetting of ships
Vetting of ships
Capt Ashok Menon
 
Speaker 3 - Responsibility of Stake Holders under Maritime Labour Convention ...
Speaker 3 - Responsibility of Stake Holders under Maritime Labour Convention ...Speaker 3 - Responsibility of Stake Holders under Maritime Labour Convention ...
Speaker 3 - Responsibility of Stake Holders under Maritime Labour Convention ...
cmmindia2017
 
Facilitation Convention of Maritime Traffic
Facilitation Convention of Maritime TrafficFacilitation Convention of Maritime Traffic
Facilitation Convention of Maritime TrafficHamza Ali
 
Guidelines for periodic servicing and maintenance of lifeboats
Guidelines for periodic servicing and maintenance of lifeboatsGuidelines for periodic servicing and maintenance of lifeboats
Guidelines for periodic servicing and maintenance of lifeboatsAna Vicente
 
18 maritim secur
18 maritim secur18 maritim secur
18 maritim securParth Dave
 
TSAC Task 16 01
TSAC Task 16 01 TSAC Task 16 01
TSAC Task 16 01
Rocky Marchiano
 

What's hot (20)

MlC 2006 General Introduction and Preparation
MlC 2006 General Introduction and PreparationMlC 2006 General Introduction and Preparation
MlC 2006 General Introduction and Preparation
 
ISM
ISM ISM
ISM
 
ISM CODE
ISM CODE ISM CODE
ISM CODE
 
Maritime Labour Convention (MLC 2006)
Maritime Labour Convention (MLC 2006)Maritime Labour Convention (MLC 2006)
Maritime Labour Convention (MLC 2006)
 
MSC.1/Circ.1405 Rev.1 Revised Interim Guidance to shipowners, ship operators,...
MSC.1/Circ.1405 Rev.1 Revised Interim Guidance to shipowners, ship operators,...MSC.1/Circ.1405 Rev.1 Revised Interim Guidance to shipowners, ship operators,...
MSC.1/Circ.1405 Rev.1 Revised Interim Guidance to shipowners, ship operators,...
 
FINAL PRESENTATION Final
FINAL PRESENTATION FinalFINAL PRESENTATION Final
FINAL PRESENTATION Final
 
Psc
PscPsc
Psc
 
Regulatory Compliance Ver. Training Pack 2
Regulatory Compliance Ver. Training Pack 2Regulatory Compliance Ver. Training Pack 2
Regulatory Compliance Ver. Training Pack 2
 
STCW Basic Safety Training
STCW Basic Safety TrainingSTCW Basic Safety Training
STCW Basic Safety Training
 
On board safety
   On board safety    On board safety
On board safety
 
TST SMS familiarization & education
TST SMS familiarization & educationTST SMS familiarization & education
TST SMS familiarization & education
 
Stcw guide english
Stcw guide englishStcw guide english
Stcw guide english
 
Ilo mlc-2006-guidance-on-psc
Ilo mlc-2006-guidance-on-pscIlo mlc-2006-guidance-on-psc
Ilo mlc-2006-guidance-on-psc
 
Seafarers post covid
Seafarers post covidSeafarers post covid
Seafarers post covid
 
Vetting of ships
Vetting of shipsVetting of ships
Vetting of ships
 
Speaker 3 - Responsibility of Stake Holders under Maritime Labour Convention ...
Speaker 3 - Responsibility of Stake Holders under Maritime Labour Convention ...Speaker 3 - Responsibility of Stake Holders under Maritime Labour Convention ...
Speaker 3 - Responsibility of Stake Holders under Maritime Labour Convention ...
 
Facilitation Convention of Maritime Traffic
Facilitation Convention of Maritime TrafficFacilitation Convention of Maritime Traffic
Facilitation Convention of Maritime Traffic
 
Guidelines for periodic servicing and maintenance of lifeboats
Guidelines for periodic servicing and maintenance of lifeboatsGuidelines for periodic servicing and maintenance of lifeboats
Guidelines for periodic servicing and maintenance of lifeboats
 
18 maritim secur
18 maritim secur18 maritim secur
18 maritim secur
 
TSAC Task 16 01
TSAC Task 16 01 TSAC Task 16 01
TSAC Task 16 01
 

Viewers also liked

DevCrowd'14 - The Big Team Theory
DevCrowd'14 - The Big Team TheoryDevCrowd'14 - The Big Team Theory
DevCrowd'14 - The Big Team Theory
macpankiewicz
 
LNG Effect on Ship Design
LNG Effect on Ship DesignLNG Effect on Ship Design
LNG Effect on Ship DesignStephanie Camay
 
Julie Ann Horvath, Just Ship It, WarmGun 2013
Julie Ann Horvath, Just Ship It, WarmGun 2013Julie Ann Horvath, Just Ship It, WarmGun 2013
Julie Ann Horvath, Just Ship It, WarmGun 2013
500 Startups
 
Transocean offshore operation 2
Transocean   offshore operation 2Transocean   offshore operation 2
Transocean offshore operation 2
Steffones K
 
Transocean well control
Transocean  well controlTransocean  well control
Transocean well control
Steffones K
 
Ship design project Final presentation
Ship design project Final presentationShip design project Final presentation
Ship design project Final presentation
Kifayath Chowdhury
 
Recent Trends in Ship Design - 2013
Recent Trends in Ship Design - 2013Recent Trends in Ship Design - 2013
Recent Trends in Ship Design - 2013Siva Chidambaram
 
Bulk carrier update
Bulk carrier updateBulk carrier update
Bulk carrier update
George Teriakidis
 
Ship construction & building
Ship construction & buildingShip construction & building
Ship construction & building
mohamed Boutmezoughet
 
Report steffones
Report steffonesReport steffones
Report steffones
Steffones K
 
Good book
Good bookGood book
Good book
Steffones K
 
Drilling engineering
Drilling engineeringDrilling engineering
Drilling engineering
Steffones K
 
Convict conditioning the super f.a.q. by paul wade
Convict conditioning   the super f.a.q. by paul wadeConvict conditioning   the super f.a.q. by paul wade
Convict conditioning the super f.a.q. by paul wade
Steffones K
 

Viewers also liked (13)

DevCrowd'14 - The Big Team Theory
DevCrowd'14 - The Big Team TheoryDevCrowd'14 - The Big Team Theory
DevCrowd'14 - The Big Team Theory
 
LNG Effect on Ship Design
LNG Effect on Ship DesignLNG Effect on Ship Design
LNG Effect on Ship Design
 
Julie Ann Horvath, Just Ship It, WarmGun 2013
Julie Ann Horvath, Just Ship It, WarmGun 2013Julie Ann Horvath, Just Ship It, WarmGun 2013
Julie Ann Horvath, Just Ship It, WarmGun 2013
 
Transocean offshore operation 2
Transocean   offshore operation 2Transocean   offshore operation 2
Transocean offshore operation 2
 
Transocean well control
Transocean  well controlTransocean  well control
Transocean well control
 
Ship design project Final presentation
Ship design project Final presentationShip design project Final presentation
Ship design project Final presentation
 
Recent Trends in Ship Design - 2013
Recent Trends in Ship Design - 2013Recent Trends in Ship Design - 2013
Recent Trends in Ship Design - 2013
 
Bulk carrier update
Bulk carrier updateBulk carrier update
Bulk carrier update
 
Ship construction & building
Ship construction & buildingShip construction & building
Ship construction & building
 
Report steffones
Report steffonesReport steffones
Report steffones
 
Good book
Good bookGood book
Good book
 
Drilling engineering
Drilling engineeringDrilling engineering
Drilling engineering
 
Convict conditioning the super f.a.q. by paul wade
Convict conditioning   the super f.a.q. by paul wadeConvict conditioning   the super f.a.q. by paul wade
Convict conditioning the super f.a.q. by paul wade
 

Similar to Transocean offshore operation 6

Marine Warranty Survey
Marine Warranty SurveyMarine Warranty Survey
Marine Warranty Survey
QuestMarineMarketing
 
Chapter 6 (General takaful).pptx
Chapter 6 (General takaful).pptxChapter 6 (General takaful).pptx
Chapter 6 (General takaful).pptx
jaja37636
 
PRM40_16-18_Cover story
PRM40_16-18_Cover storyPRM40_16-18_Cover story
PRM40_16-18_Cover storyAftab Hasan
 
Important conditions in marine policy
Important conditions in marine policyImportant conditions in marine policy
Important conditions in marine policy
ISHA JAISWAL
 
Mib 3.6 marine insurance on 09 10 12 copy
Mib 3.6 marine insurance  on 09 10 12   copyMib 3.6 marine insurance  on 09 10 12   copy
Mib 3.6 marine insurance on 09 10 12 copySanjeev Patel
 
marine insurance.pptx
marine insurance.pptxmarine insurance.pptx
marine insurance.pptx
MdMazharHossainSanji
 
The swedish-club-navigational-claims-report-2014
The swedish-club-navigational-claims-report-2014The swedish-club-navigational-claims-report-2014
The swedish-club-navigational-claims-report-2014Ashok Yadav
 
Marine_Insurance_Essentials.ppt
Marine_Insurance_Essentials.pptMarine_Insurance_Essentials.ppt
Marine_Insurance_Essentials.ppt
ritobrotoChatterjee
 
Safety Based Estimation FINAL
Safety Based Estimation FINALSafety Based Estimation FINAL
Safety Based Estimation FINALMelissa Spencer
 
MARINE CARGO INSURANCE
MARINE CARGO INSURANCEMARINE CARGO INSURANCE
MARINE CARGO INSURANCE
JayarajR11
 
Group 6 Insurance.pptx
Group 6 Insurance.pptxGroup 6 Insurance.pptx
Group 6 Insurance.pptx
KishanPatel116408
 
ENGINEERING INSURANCE
ENGINEERING INSURANCEENGINEERING INSURANCE
ENGINEERING INSURANCEKrishna Burli
 
Gavin Ritchie - Insuring Shipping Risks, What and How much to insure
Gavin Ritchie - Insuring Shipping Risks, What and How much to insureGavin Ritchie - Insuring Shipping Risks, What and How much to insure
Gavin Ritchie - Insuring Shipping Risks, What and How much to insure
Marexmedia
 
Top 10 Risks Covered in Marine Insurance.pptx
Top 10 Risks Covered in Marine Insurance.pptxTop 10 Risks Covered in Marine Insurance.pptx
Top 10 Risks Covered in Marine Insurance.pptx
krishnaj38
 
Project Cargo Risk Management
Project Cargo Risk ManagementProject Cargo Risk Management
Project Cargo Risk ManagementM3 Marine Group
 
Towingrecomends.pdf
Towingrecomends.pdfTowingrecomends.pdf
Towingrecomends.pdf
BoorajDuraisamy1
 

Similar to Transocean offshore operation 6 (20)

Marine Warranty Survey
Marine Warranty SurveyMarine Warranty Survey
Marine Warranty Survey
 
Chapter 6 (General takaful).pptx
Chapter 6 (General takaful).pptxChapter 6 (General takaful).pptx
Chapter 6 (General takaful).pptx
 
PRM40_16-18_Cover story
PRM40_16-18_Cover storyPRM40_16-18_Cover story
PRM40_16-18_Cover story
 
WEN_Issue27_GMS
WEN_Issue27_GMSWEN_Issue27_GMS
WEN_Issue27_GMS
 
Important conditions in marine policy
Important conditions in marine policyImportant conditions in marine policy
Important conditions in marine policy
 
Risk Assessment
Risk AssessmentRisk Assessment
Risk Assessment
 
Mib 3.6 marine insurance on 09 10 12 copy
Mib 3.6 marine insurance  on 09 10 12   copyMib 3.6 marine insurance  on 09 10 12   copy
Mib 3.6 marine insurance on 09 10 12 copy
 
marine insurance.pptx
marine insurance.pptxmarine insurance.pptx
marine insurance.pptx
 
The swedish-club-navigational-claims-report-2014
The swedish-club-navigational-claims-report-2014The swedish-club-navigational-claims-report-2014
The swedish-club-navigational-claims-report-2014
 
Master oral uk
Master oral ukMaster oral uk
Master oral uk
 
Marine_Insurance_Essentials.ppt
Marine_Insurance_Essentials.pptMarine_Insurance_Essentials.ppt
Marine_Insurance_Essentials.ppt
 
Safety Based Estimation FINAL
Safety Based Estimation FINALSafety Based Estimation FINAL
Safety Based Estimation FINAL
 
MARINE CARGO INSURANCE
MARINE CARGO INSURANCEMARINE CARGO INSURANCE
MARINE CARGO INSURANCE
 
Group 6 Insurance.pptx
Group 6 Insurance.pptxGroup 6 Insurance.pptx
Group 6 Insurance.pptx
 
WEN_Issue29_GMS
WEN_Issue29_GMSWEN_Issue29_GMS
WEN_Issue29_GMS
 
ENGINEERING INSURANCE
ENGINEERING INSURANCEENGINEERING INSURANCE
ENGINEERING INSURANCE
 
Gavin Ritchie - Insuring Shipping Risks, What and How much to insure
Gavin Ritchie - Insuring Shipping Risks, What and How much to insureGavin Ritchie - Insuring Shipping Risks, What and How much to insure
Gavin Ritchie - Insuring Shipping Risks, What and How much to insure
 
Top 10 Risks Covered in Marine Insurance.pptx
Top 10 Risks Covered in Marine Insurance.pptxTop 10 Risks Covered in Marine Insurance.pptx
Top 10 Risks Covered in Marine Insurance.pptx
 
Project Cargo Risk Management
Project Cargo Risk ManagementProject Cargo Risk Management
Project Cargo Risk Management
 
Towingrecomends.pdf
Towingrecomends.pdfTowingrecomends.pdf
Towingrecomends.pdf
 

Recently uploaded

NO1 Uk best vashikaran specialist in delhi vashikaran baba near me online vas...
NO1 Uk best vashikaran specialist in delhi vashikaran baba near me online vas...NO1 Uk best vashikaran specialist in delhi vashikaran baba near me online vas...
NO1 Uk best vashikaran specialist in delhi vashikaran baba near me online vas...
Amil Baba Dawood bangali
 
power quality voltage fluctuation UNIT - I.pptx
power quality voltage fluctuation UNIT - I.pptxpower quality voltage fluctuation UNIT - I.pptx
power quality voltage fluctuation UNIT - I.pptx
ViniHema
 
Hierarchical Digital Twin of a Naval Power System
Hierarchical Digital Twin of a Naval Power SystemHierarchical Digital Twin of a Naval Power System
Hierarchical Digital Twin of a Naval Power System
Kerry Sado
 
The Benefits and Techniques of Trenchless Pipe Repair.pdf
The Benefits and Techniques of Trenchless Pipe Repair.pdfThe Benefits and Techniques of Trenchless Pipe Repair.pdf
The Benefits and Techniques of Trenchless Pipe Repair.pdf
Pipe Restoration Solutions
 
一比一原版(UofT毕业证)多伦多大学毕业证成绩单如何办理
一比一原版(UofT毕业证)多伦多大学毕业证成绩单如何办理一比一原版(UofT毕业证)多伦多大学毕业证成绩单如何办理
一比一原版(UofT毕业证)多伦多大学毕业证成绩单如何办理
ydteq
 
J.Yang, ICLR 2024, MLILAB, KAIST AI.pdf
J.Yang,  ICLR 2024, MLILAB, KAIST AI.pdfJ.Yang,  ICLR 2024, MLILAB, KAIST AI.pdf
J.Yang, ICLR 2024, MLILAB, KAIST AI.pdf
MLILAB
 
Investor-Presentation-Q1FY2024 investor presentation document.pptx
Investor-Presentation-Q1FY2024 investor presentation document.pptxInvestor-Presentation-Q1FY2024 investor presentation document.pptx
Investor-Presentation-Q1FY2024 investor presentation document.pptx
AmarGB2
 
space technology lecture notes on satellite
space technology lecture notes on satellitespace technology lecture notes on satellite
space technology lecture notes on satellite
ongomchris
 
Immunizing Image Classifiers Against Localized Adversary Attacks
Immunizing Image Classifiers Against Localized Adversary AttacksImmunizing Image Classifiers Against Localized Adversary Attacks
Immunizing Image Classifiers Against Localized Adversary Attacks
gerogepatton
 
weather web application report.pdf
weather web application report.pdfweather web application report.pdf
weather web application report.pdf
Pratik Pawar
 
English lab ppt no titlespecENG PPTt.pdf
English lab ppt no titlespecENG PPTt.pdfEnglish lab ppt no titlespecENG PPTt.pdf
English lab ppt no titlespecENG PPTt.pdf
BrazilAccount1
 
Governing Equations for Fundamental Aerodynamics_Anderson2010.pdf
Governing Equations for Fundamental Aerodynamics_Anderson2010.pdfGoverning Equations for Fundamental Aerodynamics_Anderson2010.pdf
Governing Equations for Fundamental Aerodynamics_Anderson2010.pdf
WENKENLI1
 
Sachpazis:Terzaghi Bearing Capacity Estimation in simple terms with Calculati...
Sachpazis:Terzaghi Bearing Capacity Estimation in simple terms with Calculati...Sachpazis:Terzaghi Bearing Capacity Estimation in simple terms with Calculati...
Sachpazis:Terzaghi Bearing Capacity Estimation in simple terms with Calculati...
Dr.Costas Sachpazis
 
CFD Simulation of By-pass Flow in a HRSG module by R&R Consult.pptx
CFD Simulation of By-pass Flow in a HRSG module by R&R Consult.pptxCFD Simulation of By-pass Flow in a HRSG module by R&R Consult.pptx
CFD Simulation of By-pass Flow in a HRSG module by R&R Consult.pptx
R&R Consult
 
The role of big data in decision making.
The role of big data in decision making.The role of big data in decision making.
The role of big data in decision making.
ankuprajapati0525
 
Architectural Portfolio Sean Lockwood
Architectural Portfolio Sean LockwoodArchitectural Portfolio Sean Lockwood
Architectural Portfolio Sean Lockwood
seandesed
 
Water Industry Process Automation and Control Monthly - May 2024.pdf
Water Industry Process Automation and Control Monthly - May 2024.pdfWater Industry Process Automation and Control Monthly - May 2024.pdf
Water Industry Process Automation and Control Monthly - May 2024.pdf
Water Industry Process Automation & Control
 
Hybrid optimization of pumped hydro system and solar- Engr. Abdul-Azeez.pdf
Hybrid optimization of pumped hydro system and solar- Engr. Abdul-Azeez.pdfHybrid optimization of pumped hydro system and solar- Engr. Abdul-Azeez.pdf
Hybrid optimization of pumped hydro system and solar- Engr. Abdul-Azeez.pdf
fxintegritypublishin
 
CME397 Surface Engineering- Professional Elective
CME397 Surface Engineering- Professional ElectiveCME397 Surface Engineering- Professional Elective
CME397 Surface Engineering- Professional Elective
karthi keyan
 
Railway Signalling Principles Edition 3.pdf
Railway Signalling Principles Edition 3.pdfRailway Signalling Principles Edition 3.pdf
Railway Signalling Principles Edition 3.pdf
TeeVichai
 

Recently uploaded (20)

NO1 Uk best vashikaran specialist in delhi vashikaran baba near me online vas...
NO1 Uk best vashikaran specialist in delhi vashikaran baba near me online vas...NO1 Uk best vashikaran specialist in delhi vashikaran baba near me online vas...
NO1 Uk best vashikaran specialist in delhi vashikaran baba near me online vas...
 
power quality voltage fluctuation UNIT - I.pptx
power quality voltage fluctuation UNIT - I.pptxpower quality voltage fluctuation UNIT - I.pptx
power quality voltage fluctuation UNIT - I.pptx
 
Hierarchical Digital Twin of a Naval Power System
Hierarchical Digital Twin of a Naval Power SystemHierarchical Digital Twin of a Naval Power System
Hierarchical Digital Twin of a Naval Power System
 
The Benefits and Techniques of Trenchless Pipe Repair.pdf
The Benefits and Techniques of Trenchless Pipe Repair.pdfThe Benefits and Techniques of Trenchless Pipe Repair.pdf
The Benefits and Techniques of Trenchless Pipe Repair.pdf
 
一比一原版(UofT毕业证)多伦多大学毕业证成绩单如何办理
一比一原版(UofT毕业证)多伦多大学毕业证成绩单如何办理一比一原版(UofT毕业证)多伦多大学毕业证成绩单如何办理
一比一原版(UofT毕业证)多伦多大学毕业证成绩单如何办理
 
J.Yang, ICLR 2024, MLILAB, KAIST AI.pdf
J.Yang,  ICLR 2024, MLILAB, KAIST AI.pdfJ.Yang,  ICLR 2024, MLILAB, KAIST AI.pdf
J.Yang, ICLR 2024, MLILAB, KAIST AI.pdf
 
Investor-Presentation-Q1FY2024 investor presentation document.pptx
Investor-Presentation-Q1FY2024 investor presentation document.pptxInvestor-Presentation-Q1FY2024 investor presentation document.pptx
Investor-Presentation-Q1FY2024 investor presentation document.pptx
 
space technology lecture notes on satellite
space technology lecture notes on satellitespace technology lecture notes on satellite
space technology lecture notes on satellite
 
Immunizing Image Classifiers Against Localized Adversary Attacks
Immunizing Image Classifiers Against Localized Adversary AttacksImmunizing Image Classifiers Against Localized Adversary Attacks
Immunizing Image Classifiers Against Localized Adversary Attacks
 
weather web application report.pdf
weather web application report.pdfweather web application report.pdf
weather web application report.pdf
 
English lab ppt no titlespecENG PPTt.pdf
English lab ppt no titlespecENG PPTt.pdfEnglish lab ppt no titlespecENG PPTt.pdf
English lab ppt no titlespecENG PPTt.pdf
 
Governing Equations for Fundamental Aerodynamics_Anderson2010.pdf
Governing Equations for Fundamental Aerodynamics_Anderson2010.pdfGoverning Equations for Fundamental Aerodynamics_Anderson2010.pdf
Governing Equations for Fundamental Aerodynamics_Anderson2010.pdf
 
Sachpazis:Terzaghi Bearing Capacity Estimation in simple terms with Calculati...
Sachpazis:Terzaghi Bearing Capacity Estimation in simple terms with Calculati...Sachpazis:Terzaghi Bearing Capacity Estimation in simple terms with Calculati...
Sachpazis:Terzaghi Bearing Capacity Estimation in simple terms with Calculati...
 
CFD Simulation of By-pass Flow in a HRSG module by R&R Consult.pptx
CFD Simulation of By-pass Flow in a HRSG module by R&R Consult.pptxCFD Simulation of By-pass Flow in a HRSG module by R&R Consult.pptx
CFD Simulation of By-pass Flow in a HRSG module by R&R Consult.pptx
 
The role of big data in decision making.
The role of big data in decision making.The role of big data in decision making.
The role of big data in decision making.
 
Architectural Portfolio Sean Lockwood
Architectural Portfolio Sean LockwoodArchitectural Portfolio Sean Lockwood
Architectural Portfolio Sean Lockwood
 
Water Industry Process Automation and Control Monthly - May 2024.pdf
Water Industry Process Automation and Control Monthly - May 2024.pdfWater Industry Process Automation and Control Monthly - May 2024.pdf
Water Industry Process Automation and Control Monthly - May 2024.pdf
 
Hybrid optimization of pumped hydro system and solar- Engr. Abdul-Azeez.pdf
Hybrid optimization of pumped hydro system and solar- Engr. Abdul-Azeez.pdfHybrid optimization of pumped hydro system and solar- Engr. Abdul-Azeez.pdf
Hybrid optimization of pumped hydro system and solar- Engr. Abdul-Azeez.pdf
 
CME397 Surface Engineering- Professional Elective
CME397 Surface Engineering- Professional ElectiveCME397 Surface Engineering- Professional Elective
CME397 Surface Engineering- Professional Elective
 
Railway Signalling Principles Edition 3.pdf
Railway Signalling Principles Edition 3.pdfRailway Signalling Principles Edition 3.pdf
Railway Signalling Principles Edition 3.pdf
 

Transocean offshore operation 6

  • 1. OFFSHORE OPERATIONS COURSE SECTION 6 INSURANCE-WARRANTY SURVEYOR CONTENTS 1 Training to be FIRST SECTION 6 INSURANCE AND WARRANTY SURVEYOR TABLE OF CONTENTS INSURANCE AND WARRANTY SURVEYOR CHAPTER 1 INSURANCE 2 1.1 INTRODUCTION 2 1.2 INSURANCE 3 1.3 CLAIMS REPORTING 5 CHAPTER 2 THE WARANTY SURVEYOR 6 2.1 DEFINITION AND PURPOSE OF THE WARRANTY SURVEYOR 6 2.2 WHEN MUST WARRANTY SURVEYORS BE USED? 6 2.3 SPECIAL CONDITIONS FOR JACK-UP MOVES 7 2.4 THE ROLE OF THE WARRANTY SURVEYOR. 7 2.5 TRANSOCEAN APPROVED WARRANTY SURVEYORS 8 2.6 PROCEDURE TO OBTAIN WARRANTY APPROVALS 9
  • 2. OFFSHORE OPERATIONS COURSE SECTION 6 INSURANCE WARRANTY SURVEYOR CHAPTER 1 INSURANCE 2 Training to be FIRST CHAPTER 1 INSURANCE 1.1 INTRODUCTION Insurance statistics show that the risk increases sharply any time a Jack-Up (JU) rig moves between drilling location. Although the JU spends an average of 5% of its time in the water, most of the damage and losses occur during transit rather than during the 95% of its time spent in elevated position. Compared to the Jack Up the Semi Submersibles and Drilling Vessels are much more seaworthy by design and have therefore a lower accident rate Analysis indicates that this anachronism results directly from tow main factors: 1. Rig design 2. Manning 1.1.a. Design Limitations The following review of each of these should lead to a better understanding of the JU and a better way to achieve successful rig moves. Jack-up rigs design provides preliminary a stable platform out of reach of the seas. As this platform must move from time to time, giving the platform hull a barge like shape provides a certain amount of sea keeping capability. The design of the hull gives a certain amount of protection and watertight integrity against the environmental conditions. The early JU designs drastically improved by: Increasing the freeboard. Adding more watertight compartments. Better hull shapes. Nevertheless, a JU is limited in respect of the amount of weather it can safely withstand while in floating condition. Here we have identified one of the essential elements, which control the risk associated with moving a JU drilling rig: Design Limitations. Jack-ups are a compromise between numerous and often contradictory technical and commercial constraints, the result of which being a product with many stringent limitations. The design limitations must be clearly outlined, as the safe operating of any JU is conditional to the capability of remaining within these limitations. Although the MOM provides specific information of JU safe operations procedures, the previous chapters clarify the limitation in more detail.
  • 3. OFFSHORE OPERATIONS COURSE SECTION 6 INSURANCE WARRANTY SURVEYOR CHAPTER 1 INSURANCE 3 Training to be FIRST 1.1.b. Manning Although design flaws occur, the overwhelming ratio of damages and losses are often the result of somebody operating the JU or any other type of drilling rig outside its design limitations. In most cases, the person in charge does not have a precise and complete knowledge of these limitations and takes a short cut unintentionally In other instances the person in charge is under pressure from the client representative onboard and knowingly, during one phase of the operation, will exceed the rig’s limits. Fortunately, built in safety margins prevent or limit potential damage. The higher performance, new generation of rigs have significant reduced built in safety margins and more than ever moving these rigs demands a good knowledge of the designer’s limitations. Since the JU spend 95% of its life in a jacked up position, the regular personnel working onboard have no direct involvement or limited knowledge of the marine environment. For a rig superintendent on a JU the marine side of the operation is often a minor part of their training program including insufficient practical experience. Within Transocean , the theoretical and experience training program for management and staff functions ashore and onboard includes the marine side of the operations. In addition, the MOM procedures provide the instruction and guidelines to accomplish safe rig moves. The other and most important part is the experience of the person in charge of the rig move. The presence of the Warranty Surveyor onboard for the move preparation provides for the additional to assistance with any questions from the MIC onboard that may exist about the procedures and guidelines in the MOM. From the above explanation, it is obvious that the risk factor between a semi submersible and a JU is different. Consequently, the insurance policies and procedures to move a JU require a different approach. 1.2 INSURANCE 1.2.a. Contacts The Risk Management Department, which includes insurance, is located in HQS in Houstoon An important part of the task of the Risk Management is to maintain all rigs and equipment insured against major loss and/or damage For Transocean related insurance policies and procedures the contacts are: Director – Risk Management. Manager(s) - Insurance.
  • 4. OFFSHORE OPERATIONS COURSE SECTION 6 INSURANCE WARRANTY SURVEYOR CHAPTER 1 INSURANCE 4 Training to be FIRST 1.2.b. Rig Insurance Terms and Conditions. The following information is not complete, it is only a brief overview and all questions shoulf be referred to the Risk Management Period. Currently running from 12/31 to 12/31 but is subject to change in the near future. Coverage. The Marine Package cover rigs for “all risks of direct physical damage to the property…” up to the insured value of the rig. “ All risks” does not mean that every type of claim will be covered. There are many exclusions to the coverage. Insured Valuation. Each rig has to be declared to insurers (no automatic cover) and the insured value is “agreed” by Transocean management. The insured value can be anywhere between the New Build Value, Market Value and New Replacement Value. It is possible to change the Insured values whenever required. Management must approve any changes to the insured value. Deductibles. The Marine Package currently has a $1,000,000 deductible. Cargo . The Marine package extends to cover Cargo. The deductible here is US$ 25k. Any major cargo shipments (especially of high value, large items such as land rigs, derricks etc…) must be notified to the risk manager. It is important to note that items that are part of the rig (or will become so) carry the Hull and Machinery deductible of $1,000,000. Premium. The premium paid for the marine package is paid annually to the insurers and billed monthly to each rig. Alterations/adjustments in premium are passed on to the rig’s cost centre as billed by the insurers. The insurance is more expensive for a JU than due to: a) Sinking during tows b) Punch through c) Blowouts Note . As a reminder, if we breach the strict Warranty Survey and/or the MOM procedures for tow and move requirements we could invalidate the insurance policy.
  • 5. OFFSHORE OPERATIONS COURSE SECTION 6 INSURANCE WARRANTY SURVEYOR CHAPTER 1 INSURANCE 5 Training to be FIRST Removal of Wreck/Collision Cover. The Marine package provides coverage for Removal of Wreck/Collision. The deductible is either 25% of the insured value or $1,000,000 whichever is less. (Deductibles are subject to change) Land Rigs. Land Rigs are covered on a declared “agreed value basis”. Moves and Tows. A JU requires special Warranty Survey procedures, which will follow below. All major long JU moves should be dry tow moves. A dry tow on a not self-propelled barge is still a high risk, because the towing vessel cannot effectively control the barge motions in heavy seas and weather. Leg fatigue may develop during the tow resulting in fatigue damage or eventual loss of legs. The lowest risk for damage or sinking is the dry tow on a self-propelled carrier. Transocean insurance covers JU dry tow and transports and all rig moves less than 2,000 nautical miles. Any other move must be specially notified to insurers. All major long moves should be notified to the Director of Risk Management in HQS, Houston. Any Semi Submersible move in excess of 2,000 nautical miles must also carry a riding crew onboard capable of starting engines/machinery at any time. War and Political Risks. The Marine Package includes cover for war risks for offshore rigs, but rigs working in war zones must notify Risk Management prior to arrival in the area. An extra premium may be charged for War Risk insurance. In event of an outbreak of war, the insurance company can cancel the coverage within 48 hours notice. War Risk cover for land rigs is not available. Limited cover may also be available for terrorist and political risks, such as confiscation, seizure, and expropriation. The rig must contact Risk Management to obtain this coverage. Due to the expense of this coverage, it may not be available in the future. 1.3 CLAIMS REPORTING The rig must report all incidents that causes direct physical damage to a rig or equipment immediately to Risk Management.
  • 6. OFFSHORE OPERATIONS COURSE SECTION 6 INSURANCE-WARRANTY SURVEYOR CHAPTER 2 WARRANTY SURVEYOR 6 Training to be FIRST CHAPTER 2 THE WARANTY SURVEYOR 2.1 DEFINITION AND PURPOSE OF THE WARRANTY SURVEYOR A Warranty Surveyor is a company who provides warranty surveyor services. The reason Transocean uses the service of a Warranty Surveyor is that under the marine package policy insurers require (warrant) that approved marine surveyor’s are involved in the operations as a loss prevention measure. The surveyors carrying out this approval function are termed Warranty Surveyors. Failure to respect this warranty can invalidate insurance coverage of the MODU 2.2 WHEN MUST WARRANTY SURVEYORS BE USED? Moves and Location approvals Warranty Surveyor approval is required in writing for every move/tow and for each new location for JU. In addition, Warranty Surveyors must ATTEND all jack-up moves if an Underwriters APPROVED Transocean Rig Mover is not in attendance. The Warranty Surveyor can attend any other move if the rig manager feels the conditions need it. Dry/Wet Tows/Moves Warranty Surveyors must be used to approve vessels, tugs towing details, fastening, routing for all dry- wet tows, and dry moves onboard of carrier vessels. Reactivation Warranty Surveyors must issue a Recommissioning Certificate for reactivation of any MODU that has been laid-up/stacked for over 180 consecutive days. This shall be done in conjunction with inspection for certificate of class as per Certification Society ABS or other. Major Cargo Shipments Warranty Surveyors are also to be used to attend, verify and check stowage, sea fastening, carrying vessels, routing etc… for all international shipments of Land Rigs and heavy equipment (derrick sets/masts) Stacking Warranty Surveyors should be involved in conjunction with Certification Society ABS or other, in stacking of a MODU.
  • 7. OFFSHORE OPERATIONS COURSE SECTION 6 INSURANCE-WARRANTY SURVEYOR CHAPTER 2 WARRANTY SURVEYOR 7 Training to be FIRST 2.3 SPECIAL CONDITIONS FOR JACK-UP MOVES As mentioned above, Warranty Surveyor Attendance is required for all JU moves, unless the Rig Manager (RM) or Person in Charge (PIC) or his designate is approved as a qualified rig mover by Transocean Insurers. Transocean requires the Rig Manager to attend all JU moves. Warranty Surveyor approval of the tow/move and location is still required, but actual attendance is not, unless Warranty Surveyor or Region and/or HQS still requires attendance in view of special circumstances (pipelines. Infield jackets, weather, current, sea bottom etc….) Transocean HQS will require a minimum level of Warranty Surveyor move attendance as an internal audit measure. 2.4 THE ROLE OF THE WARRANTY SURVEYOR. The Warranty Surveyor is a consultant whose function is to ensure that each MODU operation does not exceed an acceptable level of risk. Underwriters appoint the Warranty Surveyors. The extend of the risk is defined by the parameters, criteria and limitations set forth by the rig’s design, as included in the MOM. When in attendance, a Warranty Surveyor’s role is advisory “hands off” The Rig Superintendent (or Barge Engineer Captain as per Warranty Surveyor move approval) is the PIC of the MODU at all times. The Warranty Surveyors role is to assure that the rig operates within its design criteria. Inherent with this task is work in the office as well as attendance onboard during critical phases of the operations, including verifying the stability calculations. He advises on unusual circumstances, provides expertise in coping with third party mariners, such as tugs and supply vessels, client’s reps and another pair of eyes during the move. His role is to assure that the person in charge is knowledgeable and that the procedures outlined in the MOM as well as recommendations specific to an operation are understood and followed. Transocean PIC is always in charge. If the Transocean PIC is an APPROVED Rig Mover a Warranty Surveyor’s presence is not required on board during the rig move. Site Approval is still required.) However, the MIC is responsible for directing operations at all times.
  • 8. OFFSHORE OPERATIONS COURSE SECTION 6 INSURANCE-WARRANTY SURVEYOR CHAPTER 2 WARRANTY SURVEYOR 8 Training to be FIRST The following work is the responsibility of the Warranty Surveyor: Review of each rig’s characteristics. To analyse and approve special mooring arrangements. To provide selected environmental data for specific locations or areas. Review of structural stresses at location. Review of dry transport feasibility and associated stresses. Review ocean towage feasibility and associated stresses. Review of stability. Review of special geo-technical problems. To review and approve new locations. To review and approve field moves as well as ocean tow and dry transports. To review and approve special environmental criteria for selected rigs. To audit Transoceans’s training programs mainly with regard to safety and marine skills. To review and approve qualifications Approved Rig Movers. The Warranty Surveyor can be consulted at any time for a course of action. His mere presence is often a salutary reminder particularly in a situation where a frustrated client representative is applying pressure. 2.5 TRANSOCEAN APPROVED WARRANTY SURVEYORS Transocean’s insurers have appointed and approved the following Third parties as warranty surveyors: John Lebourhis & Associates Inc. World Wide Matthews Daniel World Wide Noble Denton World Wide Global Maritime World Wide J. F. Moore World Wide London Offshore Company Australia
  • 9. OFFSHORE OPERATIONS COURSE SECTION 6 INSURANCE-WARRANTY SURVEYOR CHAPTER 2 WARRANTY SURVEYOR 9 Training to be FIRST Transocean is in the process of having additional Third parties approved. Also, Transocean employees will be approved in the future APPROVED Rig Movers.. This process has just started. The approved employees will be added to the Marine package policy. Transocean and its insurers have appointed and approved John Lebourhis & Associates Inc. in Houston as world wide Warranty Surveyor. 2.6 PROCEDURE TO OBTAIN WARRANTY APPROVALS The District Manager or his designate obtains warranty Surveyor’s Approval Certificates for each rig move and new location by sending the briefing telexes, faxes or e-mail. It will facilitate approval if the briefing data includes all the required information as outlined in the Risk Management Manual. Follow-up by phone is often required between the District Manager and the Warranty Surveyor to co-ordinate the timing for the arrival of the Warranty Surveyor when attendance is required. It is the District Manager’s responsibility to ensure proper communication and co-ordination with the Warranty Surveyor. The District Manager or his designate must provide a specified amount of information to the Warranty Surveyor whenever possible at least 7 days prior to the expected date of moving. Copies should be sent to the Transocean Risk Manager at HQS and to the Region office, attention Operations/Technical Manager. Upon receipt of the information, the Warranty Surveyor will review then returns his approval and/or recommendations and advice whether a Warranty Surveyor is required to attend the rig move. It is important to advise the Warranty Surveyor in time on any changes of the move date because most airline tickets need a 48 hour notice to reschedule the flight. The Warranty Surveyor issues the final Certificate of Approval when he is in full agreement with the rigs preparation and the towing arrangements. This certificate is often attached to the recommendations. The Risk Manager, the District Manager and the towing vessel/dry tow carrier master receive a copy. The Appendix shows an example of a Certificate of Approval, including the List of Recommendations. The table on the following pages itemises the required information to transmit to the Warranty Surveyor. FOUR SEPARATE FORMATS for each type of rig are in use; DP vessel, Semi Submersible or Tender, JU and Swamp Barge. The table gives an idea of the type of information. The shaded squares with and X indicate the minimum information the Warranty Surveyor needs to submit a Certificate of Approval.
  • 10. OFFSHORE OPERATIONS COURSE SECTION 6 INSURANCE-WARRANTY SURVEYOR CHAPTER 2 WARRANTY SURVEYOR 10 Training to be FIRST The District Manager or his designate obtains warranty Surveyor’s Approval Certificates for each rig move and new location by sending the briefing telexes, faxes or e-mail. It will facilitate provisions of approvals if this briefing data includes all the required information as outlined in the Risk Management Manual. Follow-up by phone is often required between the District Manager and the Warranty Surveyor to co-ordinate the timing for the arrival of the Warranty Surveyor when attendance is required. It is the District Manager’s responsibility to ensure proper communication and co-ordination with the Warranty Surveyor. The District Manager or his designate must provide a specified amount of information to the Warranty Surveyor whenever possible at least 7 days prior to the expected date of moving. Copies should be sent to the Transocean Risk Manager at HOS and to the Region office, attention Operations/Technical Manager. Upon receipt of the information, the Warranty Surveyor will review the information. After review he returns his approval and/or recommendations by telex/fax or e-mail. The information includes the advice whether a Warranty Surveyor will attend the rig move or not. It is important to advice the Warranty Surveyor in time on any changes of the move date because most airline tickets need a 48 hour notice to reschedule the flight. The Warranty Surveyor issues the final Certificate of Approval when he is in full agreement with the rigs preparation and the towing arrangements. This certificate is often attached to the recommendations. The Risk Manager, the District Manager and the towing vessel/dry tow carrier master receive a copy. The Appendix shows an example of a Certificate of Approval, including the List of Recommendations. The table on the following pages itemises the required information to transmit to the Warranty Surveyor. FOUR SEPARATE FORMATS for each type of rig are in use; DP vessel, Semi Submersible or Tender, JU and Swamp Barge. The table gives an idea of the type of information. The shaded squares with and X indicate the minimum information the Warranty Surveyor needs to submit a Certificate of Approval.
  • 11. OFFSHORE OPERATIONS COURSE SECTION 6 INSURANCE-WARRANTY SURVEYOR CHAPTER 2 WARRANTY SURVEYOR 11 Training to be FIRST Description of Information required for a Specific Rig DP Semi & Tender JU Swamp Barge Rig Name X X X X Rig Manager or District Manager X X X X Present Location, area, block and co-ordination (latitude-longitude) X X X X Location moving to area, block and co-ordinates (latitude-longitude) X X X X Water depth X X X X Oil Company (Operator) X X X X Type of well (platform, conductor pile, exploration etc….) X X X X Distance to move X X X X Special situations or procedures (ice berg higher air gap, stacking, congested area) X X X X Expected date of move X X X X Name of the MODU Master or MIC X X X X Percentage of thrusters operational X X Identity of service vessels, if applicable X Proposed heading X X
  • 12. OFFSHORE OPERATIONS COURSE SECTION 6 INSURANCE-WARRANTY SURVEYOR CHAPTER 2 WARRANTY SURVEYOR 12 Training to be FIRST Soil information (and for Semi, type weight and fluke angle of anchor) X X X Anchor pretension and time to hold test X Seabed survey results, obstacles in area beyond proposed anchor pattern X Anchor lines minimum scope after test X Anchor system, buoys or chaser X Type and number of piggy back anchors available X Sub bottom profile for anomalies, shallow gas risks X X X Percentage of rig propulsion if applicable X Identity of each AHT/tow vessel and function, with BHP, continuous BP etc. X X X Seabed survey within radius as per Warranty Surveyor requirements X X X Whether operations is proposing to provide a tow master X Procedures/analysis for uncommon anchor patterns X Present penetration X Anticipated penetration X Expected stay at location X X Special situations or procedures, including higher air gap etc… X