... the collected oil was measured. The recorded data were processed and analyzed. At the end of the last experiment, the dynamic viscosity of the foam was measured using an in-line viscosity meter. Abstract Nanoparticle-based foam shows promise to enhance oil recovery; however, there is limited experimental...

... and associated costs for carbon abatement at legacy facilities. Concepts range from cost-efficient facilities conversions to CAPEX-intensive gas injection and sequestration solutions. Options with monetization potential such as gas export, floating compressed natural gas (FCNG), condensate recovery system (CRS...

... surveillance production chemistry upstream oil & gas service line dynamic method gas top-up threshold service network diesel operation production control hydrate remediation hydrate inhibition asphaltene inhibition important parameter recovery dynamic operation gradient wax deposition...

... the possibility to adjust to several LNG market specifications. liquefied natural gas specification extraction allowable additional capex upstream oil & gas lng specification recovery flng lpg extraction offshore technology conference liquified natural gas gas monetization lng production...

... breakthrough. This paper will present comprehensive AICV completion design workflow along with multiple case histories highlighting the reservoir management benefits of the AICV technology in mitigating un-wanted inflow of water and gas and delivering improved oil production and recovery. Like other AICDs...

... ‘frac hit’ recovery, or to ‘spot’ into a multiphase gathering system. A typical system specification incorporating the frame size MP-320 multiphase compressor is: • Flowrate: – gas 200 to 1,500 MSCFD – liquid: 0 to 1,200 bpd • Pressure – suction: 0 to 75 psig – discharge...

... for the Secretary of Energy to expand the research portfolio to include technology development for application in the ultra-deepwater Gulf of Mexico. Today research has been expanded to address enhanced oil recovery in conventional reservoirs in the Outer Continental Shelf (OCS). Research in the Early Years The oil...

... Abstract Enhanced oil recovery (EOR) and maximizing recovery from declining production fields remain a challenge in the offshore industry. The challenge is to find an EOR method that is both technically and economically feasible considering the high capital and operating costs in the offshore...

... that forces stakeholders to think differently and creatively, and ultimately deviate from traditional operations. accounting mission underwater case partnership partnership paradigm dpaa offshore technology conference personnel us government preservation recovery mission planning operation...

... dalmatian field dalmatian subsea upstream oil & gas strategic planning and management recovery foundation artificial lift system pump module subsea hydraulic jet pump module topside equipment operational experience tieback subsea system control module multiphase pump...

... accuracy field development optimization and planning water production management asset and portfolio management integration water production recovery pipeline platform completion drilling information modeling & simulation field development approach requirement economics OTC-29625-MS...

... Abstract Natural gas consists of methane and other gases, which are mostly natural gas liquid (NGL), CO 2 , H 2 S and water. NGL generally refers the stream containing C 2 or heavier hydrocarbons, mostly ethane and propane [ 5 ]. The recovery of C 2 + components from the sale gas can enhance...

... 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...

... subsea technology solutions, targeting reduced capital and operational costs while increasing recovery of reserves compared with conventional offshore extraction. In 2015, the world's first subsea multiphase gas compression system was installed offshore Norway. The system comprises two-off 5-MW machines...

... The first subsea multiphase boosting system was installed in 1994 and it is today a proven technology with a global track record. In addition to bringing increased production and recovery, multiphase boosting may also reduce flow assurance issues, reduce project CAPEX and OPEX, improve...

... equipment installation that allow to use wasted gas sources to produce electricity of mechanical power for different application. The recovery of associated or stranded gases presents various complexities especially if applied to remote locations. For this reason, to maximize synergies with the existing...

... Abstract One of the main challenges for increased oil recovery is major breakthrough of unwanted fluids as water and gas, due to uneven influx along the horizontal section. The problem can be avoided or significantly reduced by deploying novel inflow control technologies. Inflow Control Devices...

... or gas) and wells are normally positioned high up in the structure for maximum recovery. In contrast, an unconventional reservoir is typically heterogeneous with hydrocarbons trapped within diagenetic horizons that may lie anywhere within the structure. The challenge in an unconventional reservoir...

... conventional topside compression such as increased ultimate recovery. The advantages of subsea compression increase with increasing tie-back distance. Particular features and benefits of subsea multiphase or wet gas compression are discussed in general and the particular experience with a subsea wet gas...

... Unconventional resources have significantly transformed the landscape of the oil and gas industry. The primary recovery factor ranges anywhere from 2% to 8% for the various shale plays throughout the United States. Hence, it is imperative to exploit the vast potential of unconventional...