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The World Floating Production Market Forecast 2014-2018 - Product Image

The World Floating Production Market Forecast 2014-2018

  • ID: 2764660
  • February 2014
  • Region: Global
  • 85 Pages
  • Douglas-Westwood
Floating Production Deployments set for Significant Increase in 2014

The NEW World Floating Production Market Report forecasts that between 2014 and 2018 $99 billion (bn) will be spent on floating production systems (FPS) – an increase of 138% over the preceding five-year period. The long-term growth in the sector is underpinned by the continued exploitation of deep waters, marginal fields and fast-track/short term deployments. Deepwater FPS deployments are expected to total $68bn in value and account for over two-thirds of the total spend.

FPSOs form the largest segment of the market (80%) both in terms of units installed and forecast capital expenditure (Capex) over the 2014-2018 period. Latin America accounts for 29% of the 139 installations forecast and 38% of the projected Capex.

The FPS sector recovery following the 2008/2009 downturn continues steadily. A total of 54 units were ordered in 2011-2013 compared to 23 units ordered during 2008-2009. There has been little growth in the annual value of installed units over the last four years; however, 2014 is expected to show a significant increase in the value of units deployed.

The industry is, however, still coming to terms with a number of demand-side and supply-side issues. READ MORE >

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Floating Production Deployments set for Significant Increase in 2014

1 Summary and Conclusions
- Summary
- Conclusions

2 Macro Economic Overview
- Global Energy Demand Drivers: Population & GDP Growth
- A Changing Energy Mix
- Oil Supply & Demand
- Oil Majors - End of Business as Usual?
- The Move to Offshore Oil & Gas
- The Move to Deepwater
- Oil & Gas Challenges
- Brazilian Activity

3 FPS Types and Applications
- Offshore Production Platforms
- The FPS Lifecycle
- FPS Concept Selection
- Floating Production, Storage and Offloading Vessels (FPSOs)
- Types of FPSO
- Floating Production Semi-Submersibles (FPSS)
- Types of FPSS
- Spars
- Types of Spars
- Tension Leg Platforms (TLPs)
- Types of TLP
- Types of Floating Production Systems - Summary
- FPS Applications

4 Leasing and Financing
- Financing
- FPS Leasing
- Major Leasing Contractors
- Redeployments of Leased Units
- EBIT Margin

5 The FPS Supply Chain
- The FPS Supply Chain
- Contractor Overview
- FPS Shipyards & Construction Facilities
- Local Content - FPS Construction

6 FPS Components
- Hulls
- Topsides
- Mooring Systems
- Riser Systems

7 Transportation, Installation & Commissioning .
- Transportation, Installation & Commissioning
- Spar Installation

8 FPS Fleet
- The FPS Fleet
- Fleet Analysis: Operator & Water Depth Distributions

9 Market Forecast
- Market Forecast
- Delays to Sanctioning & Commissioning
- The Global FPS Market by Region
- The Global FPS Market by Vessel Type
- FPSOs
- FPSO Component Capex
- FPSSs
- FPSS Component Capex
- Spars
- Spar Component Capex
- TLPs
- TLP Component Capex
- Africa
- Asia
- Australasia
- Latin America
- Middle East
- North America
- Western Europe
- Operator Analysis
- The Deepwater FPS Market

10 Appendix
- Floating Production Prospects
- Data and Text Conventions

Figures:

Figure 1: Global FPS Capex by Region 2009-2018
Figure 2: Global Population Growth & Energy Demand 1965-2012
Figure 3: Historic Primary Energy Demand by Region
Figure 4: The Changing Energy Mix
Figure 5: Oil Price & Demand
Figure 6: World Liquids Production Growth, 2005-2013
Figure 7: Oil Discoveries & Production
Figure 8: Control of Oil Reserves
Figure 9: Global Oil Supply - Onshore/Offshore 1965-2020
Figure 10: Subsea Completed Wells by Water Depth
Figure 11: Oil & Gas Production v E&P Spend
Figure 12: Oil & Gas Worker Ages
Figure 13: Brazillian Offshore Basins
Figure 14: Track Record of Project Installation (Excluding Extended Well Tests)
Figure 15: The FPS Lifecycle
Figure 16: Completion Strategy and FPS Concept Selection
Figure 17: Typical Layout of an FPSO
Figure 19: Typical Layout of an FPSS (Deep Draft)
Figure 18: Typical Pontoon Arrangements
Figure 20: Typical Layout of a Spar (Truss)
Figure 21: Typical Layout of a TLP (Dry-tree)
Figure 22: Typical Lending Cycles in the Offshore Sector
Figure 23: Major Leasing Contractors (January 2014)
Figure 24: Leased Units on Contract by Region (January 2014)
Figure 25: Major Leasing Contractors' Redeployment Candidates
Figure 26: EBIT Margins for Top 5 Leasing Contractors
Figure 27: The FPS Supply Chain
Figure 28: Major Shipbuilding Countries 2009-2013
Figure 29: Typical Layout of Topside Modules
Figure 30: Spar Installation
Figure 31: Global FPS Fleet
Figure 32: Operator Distribution of FPS Fleet
Figure 33: Water Depth Distribution of FPS Fleet by Region
Figure 34: Global FPS Installation Capex by Region 2009-2018
Figure 35: Global FPS Installation Capex by Vessel Type 2009-2018
Figure 36: FPSO Capex by Region 2009-2018
Figure 37: FPSO Capex by Component Type 2009-2018
Figure 38: FPSS Capex by Region 2009-2018
Figure 39: FPSS Capex by Component Type 2009-2018
Figure 40: Spar Capex by Region 2009-2018
Figure 41: Spar Capex by Component Type 2009-2018
Figure 42: TLP Capex by Region 2009-2018
Figure 43: TLP Capex by Component Type 2009-2018
Figure 44: FPS Capex - Africa 2009-2018
Figure 45: FPS Capex - Asia 2009-2018
Figure 46: FPS Capex - Australasia 2009-2018
Figure 47: FPS Capex - Latin America 2009-2018
Figure 48: FPS Capex - Middle East 2009-2018
Figure 49: FPS Capex - North America 2009-2018
Figure 50: FPS Capex - Western Europe 2009-2018
Figure 51: Leading FPS Operators Capex 2009-2018
Figure 52: Leading FPS Operators 2014-2018 by Region
Figure 53: Deepwater FPS Capex by Vessel Type 2009-2018
Figure 54: Deepwater FPS Capex by Region 2009-2018

Tables:

Table 1: Majors' Oil Production
Table 2: Major Leasing Contractors & Their Units
Table 3: FPS Competitive Landscape
Table 4: Typical Mooring System Designs by FPS Type
Table 5: Delays to Sanctioning and Construction for Units Installed 2010-2012
Table 6: : Global FPS Capex by Region 2013-2018
Table 7: Global FPS Installations by Region 2013-2018
Table 8: Global FPS Capex by Vessel Type 2013-2018
Table 9: Global FPS Installations by Vessel Type 2013-2018
Table 10: FPSO Capex by Region 2013-2018
Table 11: FPSO Installations by Region 2013-2018
Table 12: FPSO Capex by Component Type 2013-2018
Table 13: FPSS Capex by Region 2013-2018
Table 14: FPSS Installations by Region 2013-2018
Table 15: FPSS Capex by Component Type 2013-2018
Table 16: Spar Capex by Region 2013-2018
Table 17: Spar Installations by Region 2013-2018
Table 18: Spar Capex by Component Type 2013-2018
Table 19: TLP Capex by Region 2013-2018
Table 20: TLP Installations by Region 2013-2018
Table 21: TLP Capex by Component Type 2013-2018
Table 22: FPS Capex - Africa 2013-2018
Table 23: FPS Installations - Africa 2013-2018
Table 24: FPS Capex - Asia 2013-2018
Table 25: FPS Installations - Asia 2013-2018
Table 26: FPS Capex - Australasia 2013-2018
Table 27: FPS Installations - Australasia 2013-2018
Table 28: FPS Capex - Latin America 2013-2018
Table 29: FPS Installations - Latin America 2013-2018
Table 30: FPS Capex - Middle East 2013-2018
Table 31: FPS Installations - Middle East 2013-2018
Table 32: FPS Capex - North America 2013-2018
Table 33: FPS Installations - North America 2013-2018
Table 34: FPS Capex - Western Europe 2013-2018
Table 35: FPS Installations - Western Europe 2013-2018
Table 36: Leading FPS Operators 2013-2018
Table 37: Deepwater FPS Capex by Vessel Type 2013-2018
Table 38: Deepwater FPS Capex by Region 2013-2018
Table 39: Floating Production Prospects 2014-2018

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Note: Product cover images may vary from those shown

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