Subsea Expo Friday 9th February...
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Subsea Expo Friday 9 th February 2018 OGTC Facility of the Future: Energy Integration
Transcript of Subsea Expo Friday 9th February...
Subsea Expo
Friday 9th February 2018
OGTC Facility of the Future:
Energy Integration
OGTC Facility of the Future: Energy Integration
Source: Wind Power: the story so far , Dr Peter Musgrove (first BWEA Chairman )
1887
OGTC Facility of the Future: Energy Integration
Source: Ørjan Richardsen/Woldcam/Statoil
2017
OGTC Facility of the Future: Energy Integration
Sources: Dong Energy; World Offshore Wind Market Forecast, Douglas Westwood, 2017; Global Wind Report – Annual Market Update 2016, Global Wind Energy Council, 2016
2000
2MW
1991
0.4MW
2003
2.3MW
2009
2.3MW
2012
3.6MW
2014
6MW
2016
8MW
Vindeby Middelgrund Nysted Horns Rev 2 Anholt Westernmost Rough Burbo Bank Ext.
Boeing 747-B
Length: 76m
Cumulative Capacity (GW)
OGTC Facility of the Future: Energy Integration
Sources: Offshore wind operational report January – December 2016, Crown Estate, April 2017; Atlas of UK Marine Renewable Energy Resources, DBERR, May 2008
1,500
W/m2
1,100
W/m2
900
W/m2
1,100
W/m2
1,300
W/m2
900
W/m2
OGTC Facility of the Future: Energy Integration
Source: Deep water - The next step for offshore wind energy, European Wind Energy Association, July 2013
OGTC Facility of the Future: Energy Integration
Source: Hywind Scotland Pilot Park, The world’s first floating wind farm, Leif Delp, Project Director - All Energy 2016
OGTC Facility of the Future: Energy Integration
Sources: Stepping stone markets for floating foundations, BVG Associates, 2015; CfD allocation round two, KPMG, 2017; EWEA Floating wind power debate, EWEA 2015; Review of Renewable Elect. Generation Cost and Technical Assumptions, Arup, 2016
Onshore wind
Floating wind
Offshore wind (fixed)
OGTC Facility of the Future: Energy Integration
Sources: Company websites – 2BEnergy, Ampyx, SkySails, Aerodyn, Seawind Technology`
OGTC Facility of the Future: Energy Integration
Source: Statoil Remotely Operated Factory (ROFTM)Safe, high value & low carbon intensity concepts, Arild Samuelsberg; Manager Process Technology, Statoil Research & Technology, 8 August 2017
OGTC Facility of the Future: Energy Integration
Source: Indigo Power website
OGTC Facility of the Future: Energy Integration
Sources: Win Win – Wind-powered water injection, Are Kaspersen, DNV, 2016; Win Win - Wind-powered water injection – Industry innovation and the development of an «impossible» idea, Johan Slätte, DNV, 2017
Wind-powered water injection is an important niche market…
Marginal fields
Future electrification?
Existing platforms
Wind powered
water injection
OGTC Facility of the Future: Energy Integration
Sources: Company websites and industry publications
IMFP 300
OGTC Facility of the Future: Energy Integration
Sources: MINIFLOAT: A Novel Concept of Minimal Floating Platform for Marginal Field Development, Cermelli etal, 2004; Technology for developing marginal offshore fields, Fee & O’Dea, 2006; Lean Semi – A Low Cost Solution for Marginal Fields, Aker, 2017
Chemical Injection Separation
Water Injection Power Generation
Please direct any questions or
feedback to Martyn Tulloch at:
Martyn Tulloch, CEng, MICE
t. +44 (0)7904 905 207
