Extending subsea technology to ultra-deep waters
{"Image DocumentName": "Extending subsea technology to ultra-deep waters", "Image ImageDescription": "27. Extending subsea technology to ultra-deep waters. Extend our leading position. Increase recovery and open sub-ice and deepwater areas. Compact, environmentally-friendly solutions. Our goal is to extend our leading position in subsea processing and long distance multiphase transport. Through the development of innovative technology, we aim to increase recovery and enable developments in sub-ice and deepwater areas. The company\u2019s technology strategy in this area focuses on compact, environmentally-friendly solutions which improve recovery and permit long subsea tie-backs. At Tordis, we have pioneered the world\u2019s first complete subsea solution for separating and injecting water and sand from the wellstream. The subsea processing plant at the field yields added recovery. Leading the development of improved multiphase transport are projects like Tyrihans oil-dominated multiphase transport, Sn\u00f8hvit\u2019s gas condensate transport and the heavy-oil solutions being employed at the Peregrino field. Compact seabed separation plants will be a key to success in deepwater areas like the Gulf of Mexico and Brazil. To meet this need, the CompactSep JIP project is working on a plant for use in depths of metres, depths which are beyond the reach of traditional equipment. Last but not least our effort to verify subsea compression systems for the \u00c5sgard field at our K-lab facilities paves the way for future subsea to shore solutions in combination with subsea processing. 27.", "Image XResolution": "37", "Image YResolution": "37", "Image ResolutionUnit": "Pixels/Centimeter", "Image Software": "SlidePlayer", "Image YCbCrPositioning": "Centered"}