Track Record
Since its first installation in 2006, the CAN has been successfully installed in 28 wells. Each installation saves an average of 2-4 rig days amounting to valuable time and resources for operators.
If you would like to learn more about our track record and the main drivers, achievements, and lessons learned from a specific CAN installation, please get in touch.
Deepwater development - 3 CAN's
Siccar Point Energy
2021
Europe
1200m
TBD
TBD
Region
Water depth
Final inclination
Installation time
CAN-integrator
Dugong
Neptune Energy
2020
North Sea
329 m
0.04 degrees
7 hours
Region
Water depth
Final inclination
Installation time
CAN-ductor
CAN Mark VI design, D 6 m, H 14.5 m
Kathryn
Repsol Norge AS
2019
Norwegian Sea
100 m
0.38 degrees
9 hours
Region
Water depth
Final inclination
Installation time
CAN-ductor
CAN Mark VI design : D 6 m, H 7 m
Scarecrow
Spirit Energy
2018
Barents Sea
450 m
0.13 degrees
22 hours
Region
Water depth
Final inclination
Installation time
CAN-ductor
CAN Mark VI D 6 m, H 12.5 m
Frosk
Aker BP
2017
North Sea
120 m
0.34 degrees
Region
Water depth
Final inclination
Installation time
CAN-ductor
Wisting Central II
OMV
2015
North Sea
402 m
0.18 degrees
Region
Water depth
Final inclination
Installation time
CAN-ductor
Ivory
Spirit Energy
2014
North Sea
1444 m
0.42 degrees
Region
Water depth
Final inclination
Installation time
CAN-basic
Conductor jetted by rig
Iskrystall
Equinor
2013
North Sea
340 m
0.50 degrees
Region
Water depth
Final inclination
Installation time
CAN-basic
Conductor drilled and cemented by rig
Dovregubben
Det Norske Oljeselskap
2010
North Sea
270 m
0.86 degrees
Region
Water depth
Final inclination
Installation time
CAN-basic
CAN Mark II design: D 6 m, H 12 m
Conductor drilled and cemented by rig
Cygnus
ENI Norway
2006
North Sea
860 m
0.77 degrees
Region
Water depth
Final inclination
Installation time
CAN-basic
CAN prototype design: D 5 m, H 10 m - no centre pipe
Jetted conductor
Dugong Tail
Neptune Energy
2020
Norwegian North Sea
312 m
0.14 degrees
7.5 hours
Region
Water depth
Final inclination
Installation time
CAN-ductor
Hamlet
Neptune Energy
2020
North Sea
358 m
0.23 degrees
5 hours
Region
Water depth
Final inclination
Installation time
CAN-ductor
CAN Mark VI design: D 6 m, H 12.5 m
Toutatis
DEA Norge
2019
Norwegian Sea
357 m
0.20 degrees
13 hours
Region
Water depth
Final inclination
Installation time
CAN-ductor
CAN Mark III design: D 6 m, H 12.5 m
Cambo
Siccar Point Energy
2018
West of Shetland
1,082 m
0.20 degrees
18 hours
Region
Water depth
Final inclination
Installation time
CAN-ductor
CAN Mark V design: D 6 m, H 17.5 m
Balderbrå
Wintershall
2017
North Sea
1200 m
0.71 degrees
Region
Water depth
Final inclination
Installation time
CAN-basic
Conductor drilled and cemented by rig
Zulu
Lundin
2014
North Sea
140 m
0.59 degrees
Region
Water depth
Final inclination
Installation time
CAN-basic
Conductor drilled and cemented by rig
East Rochelle
Endeavor Ltd
2013
UKCS
140 m
0.67 degrees
Region
Water depth
Final inclination
Installation time
CAN-basic
CAN Mark III design: D 6 m, H 11 m
Conductor drilled and cemented by rig
Jette 1 & 2
Det Norske Oljeselskap
2012
North Sea
125 m
0.45 degrees and 0.90 degrees
Region
Water depth
Final inclination
Installation time
CAN-basic
CAN Mark III design: D 6 m, H 8 m
Conductor drilled and cemented by rig
Peon
Equinor
2009
North Sea
370 m
0.40 degrees
Region
Water depth
Final inclination
Installation time
CAN-basic
CAN Mark II design: D 6 m, H 12 m - centre pipe 1/2 H
Conductor toe driven by vessel
Dugong Appraisal
Neptune Energy
2020
Norwegian North Sea
330 m
0.21 degrees
6.5 hours
Region
Water depth
Final inclination
Installation time
CAN-ductor
Bask
Lundin
2020
Barents Sea
306 m
0.13 degrees
7 hours
Region
Water depth
Final inclination
Installation time
CAN-ductor
CAN Mark VI: D 6 m, H 13.5 m
Ballindaloch
Total E & P UK
2019
Barents Sea
116 m
0.22 degrees
19 hours
Region
Water depth
Final inclination
Installation time
CAN-ductor
CAN Mark IV D 6 m, H 9.5 m
Ferrand-1
Woodside Energy
2018
Carnarvon Basin
1,500 m
0.12 degrees
Region
Water depth
Final inclination
Installation time
CAN-ductor
Stordal
Repsol
2016
North Sea
1410 m
0.32 degrees
Region
Water depth
Final inclination
Installation time
CAN-basic
Conductor jetted by rig
Lindarormen
Lundin
2014
North Sea
422 m
0.54 degrees
Region
Water depth
Final inclination
Installation time
CAN-basic
Conductor drilled and cemented by rig
Bønna
ENI Norway
2013
North Sea
1400 m
0.42 degrees
Region
Water depth
Final inclination
Installation time
CAN-basic
Conductor drilled and cemented by rig
Cooper
Spirit Energy
2012
Norwegian Sea
250 m
0.35 degrees
Region
Water depth
Final inclination
Installation time
CAN-basic
CAN Mark II design: D 6 m, H 7 m
Conductor drilled and cemented by rig
Gemini
ENI Norway
2006
Norwegian Sea
1,100 m
N/A
Region
Water depth
Final inclination
Installation time
CAN-basic
CAN Mark I design: D 5 m, H 10 m - no centre pipe
Jetted conductor
NEXT STEPS
Learn about other
CAN technologies
Learn about CAN-enabled solutions
Speak with an expert
