In this project, low‐salinity water flooding has been modeled on ECLIPSE black oil simulator
in three cases for a total field production life of twenty‐five years. In the first case, low‐salinity …

Oil rim reservoirs are characterised with a small thickness relative to their overlying gas caps
and underlying aquifers and the development these reservoirs are planned very carefully in …

Oil recovery in oil rim reservoirs is usually affected by reservoir and operational parameters.
An experiment was designed to develop various types of oil rims with a broader range of …

Thin oil rim reservoirs are predominantly those with pay thickness of less than 100 ft. Oil
production challenges arise due to the nature of the gas cap and aquifer in such reservoirs …

Water coning is a serious issue for the oil and gas industry. This poses a big concern
regarding the costs that to be incurred for separation and equipment capacity. Coning is the …

Thin oil rim are reservoirs with hydrocarbon pay zone not more than 100 ft. Production
challenges mainly water, and gas coning arises due to this trait and presence of a larger gas …

Oil rim reservoirs with very large gas caps, strong aquifers, and pay thickness below 30 ft.
pose oil production challenges to operators. With best operational practices, very high gas …

Gas cap blow down strategy is normally deployed for Ultra-thin oil rim reservoirs with huge
gas caps due to extremely high gas oil ratios from wells in such reservoirs. The current state …

Recovering oil from thin oil rim reservoirs depends on some factors such as the gas-cap
size, thickness of initial oil column, aquifer strength, permeability anisotropy (kV/kH), and …

In this project, low-salinity water flooding has been modeled on ECLIPSE black oil simulator
in three cases for a total field production life of twenty-five years. In the first case, low-salinity …