... these structures is often insufficient to map hydrocarbon accumulation boundaries. Traditional offshore geochemical methods cannot define reservoir sweet spots (i.e. areas of enhanced porosity, pressure, or net pay thickness) or measure light oil or gas condensate in the C 7 – C 15 carbon range. Thus...

... pipelines to minimise the frictional pressure drop. This in turn increases recovery of reserves and allows tie back distances to be enhanced. The objective of this paper is to investigate a Pseudo Dry Gas System (PDGS) for an ultra-long deep-water gas condensate development, building upon the research...

... Abstract This paper presents the results of the exploitation strategy in the developmentof mature fields such as gas condensate and oil fields. For the gas condensatefield, the integration of the geology, seismic, production and reservoir hadallowed to define flow zones, and also had...

... Abstract Gas condensate multiphase flowlines undergo wax deposition and build-up in ways much different than crude oils, either live or dead. One of the main reasons is that the liquid hold-up in gas condensate flow lines tends to accumulate wax crystals. If the concentration of wax crystals...

..., the probable shapes of the thermodynamic envelopes that are manifestations of these two mechanisms of organic deposition have been defined and proposed by the author recently. Experimental and modeling data are presented in this paper which show that some gas condensates also exhibit a wax deposition envelope...

... ABSTRACT Hydrate formation conditions were measured over a range of temperatures and pressures for a Dry Gas, a Gas-Condensate and a Black Oil that were in contact with their native brines. Measurements were repeated on the same fluids, but with hydrate formation inhibitors. A temperature...