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Published byMorgan Hudson Modified over 9 years ago
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Welcome to the Next Generation of All-Electric Subsea Production
Presenting the second generation of CameronDC from Cameron and the industry’s first electric SCSSV from Halliburton TM
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Cameron Featured Speakers
Mark Carter Vice President, Business Development Werner Menz Vice President, Technology, Subsea Systems
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CameronDC All-Electric Technology Key Benefits
Improved operability Improved environmental characteristics Improved offset distances Improved condition monitoring capability Improved economics No hydraulics
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CameronDC Developmental Milestones
1999 CameronDC Program Launched 2004 Successful Pilot Trial 6 Month Operation Simulated 20 Year Life 2008 Successful Start World’s First All-Electric Production System 2011 Second Generation of CameronDC Launches
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Experience and Lessons Learned
Faster Than EH MUX Captured, Analysis Techniques Evolving Experienced and Addressed Not Yet Optimized System Start-Up Commissioning of Other Trees in Field Data Acquisition of Performance Challenges System Cost
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The Bottom Line The technology of the CameronDC All-Electric System has been proven successfully.
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Second Generation of CameronDC All-Electric System
Continuation of design and incorporation of lessons learned from first system installation. State-of-the-art communications Improved functionality Simplification of system architecture
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CameronDC Now Uses Fiber Optic Technology
The result: Integration of proven CAMLAN communications Increased data transfer rate Open communications architecture Plug and play capability TM =
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CameronDC Now has Double the Functionality
The result: Fewer control modules Less power required CameronDC functions
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Cost of CameronDC Cluster is Now Comparable to EH MUX
Derived from: Simplification of system architecture Improved functionality
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Second Generation of CameronDC: System Benefits
State-of-the-art communications Simplified architecture Improved functionality
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Second Generation of CameronDC: Status
All the benefits of CameronDC at a favorable cost Including: Improved operability Improved environmental characteristics Improved offset distances Improved condition monitoring capability Improved economics No hydraulics Qualification testing complete, 2011 Second Generation of CameronDC ready for application
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Overall System Considerations
Subsea Wellhead Tree • Subsea Manifold Subsea Booster System • • • • Subsea Distribution System High Integrity Pressure Protection System SCSSV
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Discover Cameron For more information regarding CameronDC All-Electric Technology, please visit
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Welcome to the Next Generation of All-Electric Subsea Production
Presenting the second generation of CameronDC from Cameron and the industry’s first electric SCSSV from Halliburton TM
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