... Abstract Gas condensate reservoir fluid has a very complex hydrocarbon phase behaviour. In this study, retrograde gas condensate fluid in Niger Delta reservoirs was re-characterized. This was done through generation and re-definition of fluid properties for different gas condensate reservoir...

... used to investigate historical events (well trips, facilities shut in etc.) and advise on how best to prevent such emergencies. Planning with this model enables striking a balance between Condensate needs versus gas production targets given the Economics of production and funds within the Environmental...

... Abstract Natural gas condensates are hydrocarbon liquid streams separated from natural gas when it is cooled to temperatures within the upper and lower limits of the hydrocarbon dewpoint curve at a definite pressure in a cryogenic gas plant. They find useful applications in the petroleum...

... Abstract Unprocessed gas from the gas wells in the nearby fields is routed through the production manifolds to the processing trains in gas plants. The associated liquids from the treatment process accumulate in a stabilization tank, where it undergoes separation by gravity into condensate...

... Abstract Near-critical gas condensate reservoir fluid like near-critical oil has a very complex hydrocarbon phase behavior and is likely to be encountered as deeper formations are been drilled in an extensive search for hydrocarbon deposits. It is a highly unconventional fluid and lacks...

.... upstream oil & gas liquified natural gas regulation revenue lng petroleum industry act impact gas monetization nigeria economics utilisation liquefied natural gas investment basin condensate pia stranded ga field regulator pipeline petroleum engineer incentive niger delta basin...

... trunk lines respectively. Due to the incessant tampering with oil delivery lines and environmental impact of spillage, the condensate is spiked through the gas trunk line to the LNG plant. Largely, the water/effluent contained in the tank is evacuated through the liquid line. Based on the availability...

... evaluated include liquefied natural gas (LNG), liquefied petroleum gas (LPG) and condensate (liquid fuel). Collated field data are inputted into the developed economic models to estimate feasible technical and economic values in each of the gas fractions. The technical and economic analysis revealed...

... Abstract Disposal of condensate produced from stranded gas field have been a major concern to producing companies due to unavailability of nearby oil flow stations to receive the condensate, which have resulted to abandonment of such fields. This work seek to improve the thermodynamic...

... Abstract A report is presented on the evaluation of gum formation tendencies of natural gas condensates from two gas fields in the Niger Delta region of Nigeria. Following reports that certain condensates from the region have high gum formation tendencies and thus their market prices devalued...

... of condensate: 18 m c o n d e n s a t e = m t o t a l − ( m g a s + m w a t e r   ) Dividing through by m condensate , we have: 19 m c o n d e n s a t e = m t o t a l 1 + G C R   x ρ g a s ρ...

... model surface pressure constraint lifecycle technical ultimate recovery society of petroleum engineers condensate reservoir Introduction The reservoir of interest consists of one exploration well, two appraisal wells and five development wells. The development objective is to ensure...

... plant condensate separator sulphate society of petroleum engineers scale formation Introduction Deposition of scale has been shown to be a widespread problem, causing deferment of production, necessitating costly intervention and compromising safety. Mitigating the impact of scaling...

... Abstract Retrograde Gas Condensate reservoirs are economically valuable assets but constitute a complex system in its management and development. Condensate banking due to liquid condensation below the dew point pressure raises technical and economic concerns in unlocking reservoir potentials...

... Abstract In planning the development of a gas field, the gas properties play a critical role in estimating the economic value of the gas development. Chief amongst these gas properties are the Condensate-Gas Ratio (CGR) and the gas formation volume factor (Bg). While the gas volumes...

... and portfolio management LNG gas monetization investment nag feed minor cluster Mscf pipeline Upstream Oil & Gas gas cluster AG feed condensate economics processing facility MPF location 1 dry gas franchise model ROI psg cost CPF investor gas Processing Facility mini gas processing...

... presents some of the analytic approaches employed in quality checking PVT data covering the application of mass balance compositional consistency checks, material balance checks on Differential Liberation and Constant volume Depletion experiments for oil and gas condensates respectively. In some instances...

... Abstract Gas condensates and volatile fluids require detailed Equation-Of-State (EOS) characterization to account for compositional variations with pressure, volume and temperature changes. Proper characterization is important in determining the in-place volumes of gas condensates and volatile...

... miscibility mechanisms and estimate incremental hydrocarbon recovery from full field simulations. Depleted gas condensate fields are important targets for CO 2 sequestration/EOR. Once depleted below the dew point, retrograde condensate is deposited in the pore system. CO2 injection in the depleted gas...

... Abstract High Pressure/High Temperature wells are essentially gas-condensate wells and gas injection is a fundamental exploitation strategy for gas-condensate reservoirs. Concerted effort towards appropriate exploitation of this type of wells will lead to enhanced and rational production...