ABET CRITERION $($A$,$ E$)2.$ A well was drilled in a reservoir containing oil, water, and gas. The reservoir has a net thickness of $50$ft and absolute permeability of $158$md $.$ The wellbore diameter is $9-(5)/(8)$ inches and well spacing is $80$ acres. Initially the reservoir pressure was $3000$ psia. Fluids saturations were $60\%$ oil, $10\%$ gas, and $30\%$ water. At reservoir pressure, the oil viscosity, FVF $,$ and solution gas$/$oil ratio are $3\mathrm{.}5$cp and $1\mathrm{.}2$R$($B$)/($S$)$TB$,900,$SC$($F$)/($S$)$TB $,$ respectively; the$-$gas viscosity and FVF are $0\mathrm{.}1$cp and $0\mathrm{.}0004$R$($B$)/($S$)$CF $,$ respectively; and the;water viscosity and FVF are $0$:$6$ cp and $1\mathrm{.}06$R$($B$)/($S$)$TB $,$ respectively. The oil$-$water relative permeability curves are given in Fig. $1.$ The oil$-$gas relative permeability curves are given in Fig. $2.$ The flowing$-$bottom$-$hole pressure of the well is set at $500$ psia. $3.$ Estimate the water production rate at reservoir conditions. $4.$ Estimate the gas production rate at reservoir conditions. $5.$ Estimate the oil production rate at reservoir conditions. $4.$ Estimate the water production rate at standard condition. $5.$ Estimate the gas production rate at standard conditions. $6.$ Estimate the oil production rate at standard conditions. $7.$ Estimate the producing water$/$oil ratio at reservoir conditions and at standard conditions? $8.$ Estimate the producing gas$/$oil ratio at standard conditions and at reservoir conditions.ABET CRITERION $($A$,$ E$)$

A well was drilled in a reservoir containing oil, water, and gas. The reservoir

has a net thickness of $50ft$ and absolute permeability of $158md.$ The well$-$

bore diameter is $9-\frac{5}{8}$ inches and well spacing is $80$ acres. Initially the reservoir

pressure was $3000$ psia. Fluids saturations were $60\%$ oil, $10\%$ gas, and $30\%$ water. At

reservoir pressure, the oil viscosity, $FVF,$ and solution gas$/$oil ratio are $3\mathrm{.}5cp$

and $1\mathrm{.}2R\frac{B}{S}TB,900,SC\frac{F}{S}TB,$ respectively; the$-$gas viscosity and FVF are

$0\mathrm{.}1cp$ and $0\mathrm{.}0004R\frac{B}{S}CF,$ respectively; and the ; water viscosity and FVF are

$0$:$6cp$ and $1\mathrm{.}06R\frac{B}{S}TB,$ respectively. The oil$-$water relative permeability

curves are given in Fig. $1.$ The oil$-$gas relative permeability curves are given

in Fig. $2.$ The flowing$-$bottom$-$hole pressure of the well is set at $500$ psia.

Estimate the water production rate at reservoir conditions.

Estimate the gas production rate at reservoir conditions.

Estimate the oil production rate at reservoir conditions.

Estimate the water production rate at standard condition.

Estimate the gas production rate at standard conditions.

Estimate the oil production rate at standard conditions.

Estimate the producing water$/$oil ratio at reservoir conditions and at

standard conditions?

Estimate the producing gas$/$oil ratio at standard conditions and at

reservoir conditions.