Multiphase Flow-technology and Consequences for Field Development: 1st

Introduction. 1. Introductory talk - field development and technical limitations. Existing Fields - Gas - Partially Conditioned. 2. Hydrate formation in the Frigg system. 3. Large capacity and high liquid load two phase flow trunk lines [synopsis of paper presented]. 4. Dense phase gas transport in Statpipe. Existing Fields - Full Wellstream - Gas. 5. North East Frigg pipeline. Future Fields - Gas. 6. The TOGI project - a discussion of challenges in the areas of multiphase flow and hydrate formation. Existing Fields - Partially Conditioned - Oil. 7. Operational experience of Cod platform and Cod pipeline. 8. Highlander field development - successful application of multiphase transport to a marginal field. Future Fields. 9. The occurrence of severe slug flow in high GOR oilfield operation [synopsis of paper presented]. 10. Tommeliten - field development based on multiphase flow. 11. Multiphase flow from Oseberg Nord to the field center. Critical Areas for Research and Development. 12. A simplified model for transient two phase flow calculations in horizontal lines. 13. Dynamic simulation of multiphase transportation systems - state of the art and future needs. 14. Dynamic computer simulation - practical design experience with the OLGA code. 15. Two phase flow experiments in the Prudhoe Bay field of Alaska. Production Chemistry. 16. Production rate limits in process equipment and transport lines carrying unprocessed hydrocarbons. 17. Hydrate formation in hydrocarbon liquids and physical behaviour of hydrates, scaling and wax. Multiphase Equipment. 18. Three phase flow measurement for both subsea and platform applications. 19. A subsea slug catcher system. 20. The Kvaerner booster station development project. 21. The WST pump - a reciprocating rotary ram pump for multiphase boosting.