eSCILS
Revolutionising subse work on wells
Simpler, faster, safer and more cost effective subsea work on wells
The universal and fully battery-powered and umbilical-less Electric Subsea Controls & Intervention Light System (eSCILS) is a result of Optime’s design philosophy of simplicity and modularity.
The technology is truly revolutionizing the industry, and allows operators to solve operations simpler, faster, safer, and leave a substantially smaller CO2-footprint in the end.
The technology is compatible with all types of XTs, interfacing electric and hydraulic points through vendor-specific connectors.
A wireless telemetry system allows an interface with the rig/vessel positioning system to transfer data and control. In addition, wired communication is also available in multiple protocols for ROV interfacing.
Easier to transport
eSCILS weighs only 10 tonnes and has a footprint of 5,2 m2, which gives the system a big advantage compared to conventional systems. eSCILS can easily be transported by any ship, and it needs minimal space on the rig.
Approximate savings
10 tonnes compared to 50 tonnes
5,2 m2 compared to 70 m2
Reduced rig time and improved safety for the operators
eSCILS is fully battery-powered, no Topside Control System or additional rig equipment is needed. This can save up to 50% on rig time compared to traditional systems, and improve safety for the operators.
10 hours compared to 20 hours
Substantial cost reductions
eSCILS has a proven track record from successful operations running various vendors’ systems, with estimated savings of up to 66%.
Approximate cost reductions compared to traditional systems
Reduced CO2-footprint
Using eSCILS in operations instead of traditional systems contributes to a CO2-footprint reduction of more than 50%.
Estimated 1,3 MT compared 2,7 MT CO2-emission
A successful collaboration with AkerBP
AkerBP was also the first operator to utilize the subsea control system. Want to know more about the successful collaboration between Optime Subsea and AkerBP?