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Thii paper was sefeded Ior preeenfefiin b an SPE Program CernmMee foflowing review of hfom'don cmfained in an ebalmct submilted by the author(s). contents of the paper, es pmaanfed, J have nof been re-by the Society of atroieum Engineers and are s@ed 10 mredion by the atifsotts). Tfm malarial, es presented, does nof nemaeeri Pefroleum Engineers, ile officers, or memlxrs. Papets presented at SPE maelinge are sbjecf to fymffadwvfdIbfrOf ti~of *stmdshldatain@ns@WWa-@gmeti ofnhereandbywfmmt hepeperia fion rakiaw by Edttil Carmlltees of fm Society of Pafrdeun Enghears. Penniaekm 10 COPY is restkl~10 an abstract of not more t~n 300 WOI@S. llluslra~ons may not be @.

The properties of reservoir fluids are critical for the successful exploitation of petroleum oil and gas reservoirs. Integrated PVT sampling and testing programs are key to successful reservoir development applications. Recently developed laboratory measurements and advanced computational tools have enhanced knowledge of phase behavior and physical properties of reservoir fluids. However, many aspects of phase behavior remain unresolved.of particular importance in studies of minimum miscibility pressure (MMP) since H 2 S is beneficial in lowering MMP for miscible hydrocarbon gas displacements.3. Condensate Fluids Sampling: Well conditioning for sampling of condensate fluids are critical in ensuring that representative fluids are obtained. The difficulty in obtaining representative samples results from liquid dropout of the condensate in the near wellbore region.

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