Cayman Islands | 333-75899 | 66-0582307 | ||
(State or other jurisdiction of incorporation or organization) |
(Commission File Number) |
(I.R.S. Employer Identification No.) |
o | Written communications pursuant to Rule 425 under the Securities Act (17 CFR 230.425) |
o | Soliciting material pursuant to Rule 14a-12 under the Exchange Act (17 CFR 240.14a-12) |
o | Pre-commencement communications pursuant to Rule 14d-2(b) under the Exchange Act (17 CFR 240.14d-2(b)) |
o | Pre-commencement communications pursuant to Rule 13e-4(c) under the Exchange Act (17 CFR 240.13e-4(c)) |
99.1
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Slide Presentation |
TRANSOCEAN INC. |
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By: | /s/ Chipman Earle | |||
Chipman Earle | ||||
Associate General Counsel and Assistant Corporate Secretary | ||||
Transocean Inc. Reports Second Quarter 2007 Results |
Forward-Looking Statement Statements included in this presentation regarding the consummation of the proposed transactions, benefits, opportunities, timing and effects of the transactions, financial performance or attributes of the combined company, synergies and other statements that are not historical facts, are forward looking statements. These statements involve risks and uncertainties including, but not limited to, actions by regulatory authorities or other third parties, costs and difficulties related to other integration of acquired businesses, delays, costs and difficulties related to the transactions, market conditions, and the combined companies' financial results and performance, consummation of financing, satisfaction of closing conditions, ability to repay debt and timing thereof, availability and terms of any financing and uncertainties relating to the level of activity in offshore oil and gas exploration and development, exploration success by producers, oil and gas prices, rig demand and capacity, drilling industry market conditions, possible delays or cancellation of drilling contracts, work stoppages, operational or other downtime, the company's ability to enter into and the terms of future contracts, the availability of qualified personnel, labor relations, future financial results, operating hazards, political and other uncertainties inherent in non-U.S. operations (including exchange and currency fluctuations), war, terrorism, natural disaster and cancellation or unavailability of insurance coverage, the impact of governmental laws and regulations, the adequacy of sources of liquidity, the effect of litigation and contingencies and other factors discussed in the company's most recent Form 10-Q for the quarter ended June 30, 2007 and in the company's other filings with the SEC, which are available free of charge on the SEC's website at www.sec.gov. Should one or more of these risks or uncertainties materialize, or should underlying assumptions prove incorrect, actual results may vary materially from those indicated. All subsequent written and oral forward-looking statements attributable to the company or to persons acting on our behalf are expressly qualified in their entirety by reference to these risks and uncertainties. You should not place undue reliance on forward-looking statements. Each forward-looking statement speaks only as of the date of the particular statement, and we undertake no obligation to publicly update or revise any forward- looking statements. All non-GAAP financial measure reconciliations to the most comparative GAAP measure are displayed in quantitative schedules on the company's web site at www.deepwater.com. |
Chart #1: Average Contracted Dayrate by Rig Type Qtr 3 2007 through Qtr 4 2008 (Unaudited) Definitions Average Dayrate The weighted average contract dayrate for each rig type based on current backlog from the company's most recent Fleet Status Update Report as of August 1st, 2007. Includes firm contracts only. The weighted average contract dayrate for each rig type based on current backlog from the company's most recent Fleet Status Update Report as of August 1st, 2007. Includes firm contracts only. The weighted average contract dayrate for each rig type based on current backlog from the company's most recent Fleet Status Update Report as of August 1st, 2007. Includes firm contracts only. The weighted average contract dayrate for each rig type based on current backlog from the company's most recent Fleet Status Update Report as of August 1st, 2007. Includes firm contracts only. The weighted average contract dayrate for each rig type based on current backlog from the company's most recent Fleet Status Update Report as of August 1st, 2007. Includes firm contracts only. The weighted average contra ct dayrate for each rig type based on current backlog from the company's most recent Fleet Status Update Report as of August 1st, 2007. Includes firm contracts only. The weighted average contract dayrate for each rig type based on current backlog from the company's most recent Fleet Status Update Report as of August 1st, 2007. Includes firm contracts only. The weighted average contract dayrate for each rig type based on current backlog from the company's most recent Fleet Status Update Report as of August 1st, 2007. Includes firm contracts only. The weighted average contract dayrate for each rig type based on current backlog from the company's most recent Fleet Status Update Report as of August 1st, 2007. Includes firm contracts only. High-Specification Floaters The High-Specification Floaters category is a consolidation of the Ultra-Deepwater Floaters, Other High-Specification Floaters and Other Deepwater Floaters as described below. The High-Specification Floaters category is a consolidation of the Ultra-Deepwater Floaters, Other High-Specification Floaters and Other Deepwater Floaters as described below. The High-Specification Floaters category is a consolidation of the Ultra-Deepwater Floaters, Other High-Specification Floaters and Other Deepwater Floaters as described below. The High-Specification Floaters category is a consolidation of the Ultra-Deepwater Floaters, Other High-Specification Floaters and Other Deepwater Floaters as described below. The High-Specification Floaters category is a consolidation of the Ultra-Deepwater Floaters, Other High-Specification Floaters and Other Deepwater Floaters as described below. The High-Specification Floaters category is a consolidation of the Ultra-Deepwater Floaters, Other H igh-Specification Floaters and Other Deepwater Floaters as described below. The High-Specification Floaters category is a consolidation of the Ultra-Deepwater Floaters, Other High-Specification Floaters and Other Deepwater Floaters as described below. The High-Specification Floaters category is a consolidation of the Ultra-Deepwater Floaters, Other High-Specification Floaters and Other Deepwater Floaters as described below. The High-Specification Floaters category is a consolidation of the Ultra-Deepwater Floaters, Other High-Specification Floaters and Other Deepwater Floaters as described below. Ultra-Deepwater Floaters have high-pressure mud pumps and a water depth capability of 7,500 feet or greater. Ultra-Deepwater Floaters have high-pressure mud pumps and a water depth capability of 7,500 feet or greater. Ultra-Deepwater Floaters have high-pressure mud pumps and a water depth capability of 7,500 feet or greater. Ultra-Deepwater Floaters have high-pressure mud pumps and a water depth capability of 7,500 feet or greater. Ultra-Deepwater Floaters have high-pressure mud pumps and a water depth capability of 7,500 feet or greater. Ultra-Deepwater Floaters have high-pressure mud pumps and a water depth capability of 7,500 feet or greater. Ultra-Deepwater Floaters have high-pressure mud pumps and a water depth capability of 7,500 feet or greater. Ultra-Deepwater Floaters have high-pressure mud pumps and a water depth capability of 7,500 feet or greater. Ultra-Deepwater Floaters have high-pressure mud pumps and a water depth capability of 7,500 feet or greater. Other High-Specification Floaters were built in the in the mid to late 1980s, are capable of drilling in harsh environments and have greater displacement than previously constructed rigs resulting in larger variable load capacity, more useable deck space and better motion characteristics. Other High-Specification Floaters were built in the in the mid to late 1980s, are capable of drilling in harsh environments and have greater displacement than previously constructed rigs resulting in larger variable load capacity, more useable deck space and better motion characteristics. Other High-Specification Floaters were built in the in the mid to late 1980s, are capable of drilling in harsh environments and have greater displacement than previously constructed rigs resulting in larger variable load capacity, more useable deck space and better motion characteristics. Other High-Specification Floaters were built in the in the mid to late 1980s, are capable of drilling in harsh environments and have greater displacement than previously constructed rigs resulting in larger variable load capacity, more useable deck space and better motion characteristics. Other High-Specification Floaters were built in the in the mid to late 1980s, are capable of drilling in harsh environments and have greater displacement than previously constructed rigs resulting in larger variable load capacity, more useable deck space and better motion characteristics. Other High-Specification Floaters were built in the in the mid to late 1980s, are capable of drilling in harsh environments and have greater displacement than previously constructed rigs resulting in larger variable load capacity, more useable deck space and better motion characteristics. Other High-Specification Floaters were built in the in the mid to late 1980s, are capable of drilling in harsh environments and have greater displacement than previously constructed rigs resulting in larger variable load capacity, more useable deck space and better motion characteristics . Other High-Specification Floaters were built in the in the mid to late 1980s, are capable of drilling in harsh environments and have greater displacement than previously constructed rigs resulting in larger variable load capacity, more useable deck space and better motion characteristics. Other High-Specification Floaters were built in the in the mid to late 1980s, are capable of drilling in harsh environments and have greater displacement than previously constructed rigs resulting in larger variable load capacity, more useable deck space and better motion characteristics. The Other Deepwater Floaters include the remaining semi-submersible rigs and drillships that have a water depth capacity of at least 4,500 feet. The Other Deepwater Floaters include the remaining semi-submersible rigs and drillships that have a water depth capacity of at least 4,500 feet. The Other Deepwater Floaters include the remaining semi-submersible rigs and drillships that have a water depth capacity of at least 4,500 feet. The Other Deepwater Floaters include the remaining semi-submersible rigs and drillships that have a water depth capacity of at least 4,500 feet. The Other Deepwater Floaters include the remaining semi-submersible rigs and drillships that have a water depth capacity of at least 4,500 feet. The Other Deepwater Floaters include the remaining semi-submersible rigs and drillships that have a water depth capacity of at least 4,500 feet. The Other Deepwater Floaters include the remaining semi-submersible rigs and drillships that have a water depth capacity of at least 4, 500 feet. The Other Deepwater Floaters include the remaining semi-submersible rigs and drillships that have a water depth capacity of at least 4,500 feet. The Other Deepwater Floaters include the remaining semi-submersible rigs and drillships that have a water depth capacity of at least 4,500 feet. Other Floaters The Other Floaters category is generally comprised of those non-High-Specification Floaters with a water depth capacity of less than 4,500 feet. The Other Floaters category is generally comprised of those non-High-Specification Floaters with a water depth capacity of less than 4,500 feet. The Other Floaters category is generally comprised of those non-High-Specification Floaters with a water depth capacity of less than 4,500 feet. The Other Floaters category is generally comprised of those non-High-Specification Floaters with a water depth capacity of less than 4,500 feet. The Other Floaters category is generally comprised of those non-High-Specification Floaters with a water depth capacity of less than 4,500 feet. The Other Floaters category is generally comprised of those non-High-Specification Floaters with a water depth capacity of less than 4,500 feet. The Other Floaters category is generally comprised of those non-High-Specification Floaters with a water depth capacity of less th an 4,500 feet. The Other Floaters category is generally comprised of those non-High-Specification Floaters with a water depth capacity of less than 4,500 feet. The Other Floaters category is generally comprised of those non-High-Specification Floaters with a water depth capacity of less than 4,500 feet. Jackups The Jackups category consists of our jackup fleet. The Jackups category consists of our jackup fleet. The Jackups category consists of our jackup fleet. The Jackups category consists of our jackup fleet. The Jackups category consists of our jackup fleet. The Jackups category consists of our jackup fleet. The Jackups category consists of our jackup fleet. The Jackups category consists of our jackup fleet. The Jackups category consists of our jackup fleet. (Remaining) |
Chart #2: Out-of-Service Rig Months Qtr 1 2007 through Qtr 4 2008 (Unaudited) Definitions Rig Months Time expressed in months that each rig has been, or is forecast to be Out of Service as reflected in the company's Fleet Status Update Report as of August 1st, 2007. Also includes out of service time of less than 14 days that is not disclosed in the Fleet Status report. Time expressed in months that each rig has been, or is forecast to be Out of Service as reflected in the company's Fleet Status Update Report as of August 1st, 2007. Also includes out of service time of less than 14 days that is not disclosed in the Fleet Status report. Time expressed in months that each rig has been, or is forecast to be Out of Service as reflected in the company's Fleet Status Update Report as of August 1st, 2007. Also includes out of service time of less than 14 days that is not disclosed in the Fleet Status report. Time expressed in months that each rig has been, or is forecast to be Out of Service as reflected in the company's Fleet Status Update Report as of August 1st, 2007. Also includes out of s ervice time of less than 14 days that is not disclosed in the Fleet Status report. Time expressed in months that each rig has been, or is forecast to be Out of Service as reflected in the company's Fleet Status Update Report as of August 1st, 2007. Also includes out of service time of less than 14 days that is not disclosed in the Fleet Status report. Time expressed in months that each rig has been, or is forecast to be Out of Service as reflected in the company's Fleet Status Update Report as of August 1st, 2007. Also includes out of service time of less than 14 days that is not disclosed in the Fleet Status report. Time expressed in months that each rig has been, or is forecast to be Out of Service as reflected in the company's Fleet Status Update Report as of August 1st, 2007. Also includes out of service time of less than 14 days that is not disclosed in the Fleet Status report. Time expressed in months that each rig has been, or is forecast to be Out of Service as reflected in the company's Flee t Status Update Report as of August 1st, 2007. Also includes out of service time of less than 14 days that is not disclosed in the Fleet Status report. Time expressed in months that each rig has been, or is forecast to be Out of Service as reflected in the company's Fleet Status Update Report as of August 1st, 2007. Also includes out of service time of less than 14 days that is not disclosed in the Fleet Status report. Out-of-Service Time when a rig is not available to earn an operating dayrate due to shipyards, contract preparation, mobilization, reactivation or upgrades. Time when a rig is not available to earn an operating dayrate due to shipyards, contract preparation, mobilization, reactivation or upgrades. Time when a rig is not available to earn an operating dayrate due to shipyards, contract preparation, mobilization, reactivation or upgrades. Time when a rig is not available to earn an operating dayrate due to shipyards, contract preparation, mobilization, reactivation or upgrades. Time when a rig is not available to earn an operating dayrate due to shipyards, contract preparation, mobilization, reactivation or upgrades. Time when a rig is not available to earn an operating dayrate due to shipyards, contract preparation, mobilization, reactivation or upgrades. Time when a rig is not available to earn an operating dayrate due to shipyards, contract preparation, mobilization, reactivation or upgrade s. Time when a rig is not available to earn an operating dayrate due to shipyards, contract preparation, mobilization, reactivation or upgrades. Time when a rig is not available to earn an operating dayrate due to shipyards, contract preparation, mobilization, reactivation or upgrades. Mobilization Includes mobilization and demobilization to and from operating contracts and other activities such as shipyards excluding those mobilization and demobilization periods covered in Reactivation and Upgrades. Includes mobilization and demobilization to and from operating contracts and other activities such as shipyards excluding those mobilization and demobilization periods covered in Reactivation and Upgrades. Includes mobilization and demobilization to and from operating contracts and other activities such as shipyards excluding those mobilization and demobilization periods covered in Reactivation and Upgrades. Includes mobilization and demobilization to and from operating contracts and other activities such as shipyards excluding those mobilization and demobilization periods covered in Reactivation and Upgrades. Includes mobilization and demobilization to and from operating contracts and other activities such as shipyards excluding those mobilization and demobilization periods cover ed in Reactivation and Upgrades. Includes mobilization and demobilization to and from operating contracts and other activities such as shipyards excluding those mobilization and demobilization periods covered in Reactivation and Upgrades. Includes mobilization and demobilization to and from operating contracts and other activities such as shipyards excluding those mobilization and demobilization periods covered in Reactivation and Upgrades. Includes mobilization and demobilization to and from operating contracts and other activities such as shipyards excluding those mobilization and demobilization periods covered in Reactivation and Upgrades. Includes mobilization and demobilization to and from operating contracts and other activities such as shipyards excluding those mobilization and demobilization periods covered in Reactivation and Upgrades. Reactivation Rig time described as "reactivation", relating to the C.K. Rhein Jr., which was previously cold stacked. Rig time described as "reactivation", relating to the C.K. Rhein Jr., which was previously cold stacked. Rig time described as "reactivation", relating to the C.K. Rhein Jr., which was previously cold stacked. Rig time described as "reactivation", relating to the C.K. Rhein Jr., which was previously cold stacked. Rig time described as "reactivation", relating to the C.K. Rhein Jr., which was previously cold stacked. Rig time described as "reactivation", relating to the C.K. Rhein Jr., which was previously cold stacked. Rig time described as "reactivation", relating to the C.K. Rhein Jr., which was previously cold stacked. Rig time described as "reactivation", relating to the C.K. Rhein Jr., which was previously cold stacked. Rig time described as "reactivation", relating to the C.K. Rhein Jr., which was previously cold stacked. Upgrade Rig time described as "upgrade" includes the Sedco 702 and Sedco 706 which are undergoing or forecast to undergo a shipyard project to enhance the operational capabilities of the rig. Rig time described as "upgrade" includes the Sedco 702 and Sedco 706 which are undergoing or forecast to undergo a shipyard project to enhance the operational capabilities of the rig. Rig time described as "upgrade" includes the Sedco 702 and Sedco 706 which are undergoing or forecast to undergo a shipyard project to enhance the operational capabilities of the rig. Rig time described as "upgrade" includes the Sedco 702 and Sedco 706 which are undergoing or forecast to undergo a shipyard project to enhance the operational capabilities of the rig. Rig time described as "upgrade" includes the Sedco 702 and Sedco 706 which are undergoing or forecast to undergo a shipyard project to enhance the operational capabilities of the rig. Rig time described as "upgrade" includes the Sedco 702 and Sedco 706 which are u ndergoing or forecast to undergo a shipyard project to enhance the operational capabilities of the rig. Rig time described as "upgrade" includes the Sedco 702 and Sedco 706 which are undergoing or forecast to undergo a shipyard project to enhance the operational capabilities of the rig. Rig time described as "upgrade" includes the Sedco 702 and Sedco 706 which are undergoing or forecast to undergo a shipyard project to enhance the operational capabilities of the rig. Rig time described as "upgrade" includes the Sedco 702 and Sedco 706 which are undergoing or forecast to undergo a shipyard project to enhance the operational capabilities of the rig. Shipyard Rig time described as "shipyard" refers to periods during which a rig is out of service as a result of other planned shipyards, surveys, repairs, regulatory inspections or other planned service or work on the rig excluding reactivations and upgrades. Rig time described as "shipyard" refers to periods during which a rig is out of service as a result of other planned shipyards, surveys, repairs, regulatory inspections or other planned service or work on the rig excluding reactivations and upgrades. Rig time described as "shipyard" refers to periods during which a rig is out of service as a result of other planned shipyards, surveys, repairs, regulatory inspections or other planned service or work on the rig excluding reactivations and upgrades. Rig time described as "shipyard" refers to periods during which a rig is out of service as a result of other planned shipyards, surveys, repairs, regulatory inspections or other planned service or work on the rig excluding reactivations and upgrades. Rig time described as "shipyard" refers to periods during which a rig is out of service as a result of other planned shipyards, surveys, repairs, regulatory inspections or other planned service or work on the rig excluding reactivations and upgrades. Rig time described as "shipyard" refers to periods during which a rig is out of service as a result of other planned shipyards, surveys, repairs, regulatory inspections or other planned service or work on the rig excluding reactivations and upgrades. Rig time described as "shipyard" refers to periods during which a rig is out of service as a result of other planned shipyards, surveys, repairs, regulatory inspections or other planned service or work on the rig excluding reactivations and upgrades. Rig time described as "shipyard" refers to periods during which a rig is out of service as a result of other planned shipyards, surveys, repairs, regulatory inspections or other planned service or work on the rig excluding reactivations and upgrades. Rig time described as "shipyard" refers to periods during which a rig is out of service as a result of other planned shipyards, surveys, repairs, regulatory inspections or other planned service or work on the rig excluding reactivations and upgrades. 25 18 24 19 24 20 15 13 |
Chart #3: Operating & Maintenance (O&M) Costs Trends (Unaudited) Definitions Support & Integrated Services Includes Integrated Services, all shorebase or common support costs (on-shore offices, yards, pool equipment). Operating Rigs Denotes the total O&M costs of a rig while in service based upon the Rig Operating Days (excluding shorebase or common support costs), as defined below. Rig Operating Days Denotes the total amount of days a rig is deemed to be in-service under contract operations. This excludes all out of service time relating to shipyards, mobilization and short-term out of contract periods but includes the operational downtime of in service rigs. The average number of days may also fluctuate from quarter to quarter as a result of rigs being reactivated, sold or stacked in the quarters. Out of Service Denotes the total O&M costs while a rig is out of service based upon Out of Service Days, as defined below. Out of Service costs are the difference between total operating and maintenance costs and the In-Service Costs. Out of Service Days Includes the total amount of days a rig is deemed to be out of service. This relates to times when a rig is out of service due to shipyards, mobilization and short-term idle periods. O&M Costs * Our operating and maintenance costs represent all direct and indirect costs associated with the operation and maintenance of our drilling rigs. Operating and maintenance costs also includes all costs related to local and regional offices as well as all costs related to operations support, engineering support, marketing and other similar costs. The principal elements of these costs are direct and indirect labor and benefits, repair and maintenance, contract preparation expenses, insurance, boat and helicopter rentals, professional and technical fees, freight costs, communications, customs duties, tool rentals and services, fuel and water, general taxes and licenses. Labor, repair and maintenance costs, insurance premiums, personal injury losses and drilling rig casualty losses represent the most significant components of our operating and maintenance costs |
Chart #4: Contract Backlog by Years (Unaudited) Total Contract Backlog (1) = $21.4 Billion |