Current formation pressure

$//<![CDATA[ \begin{array}{l}p_e\end{array} //]]>$

$//<![CDATA[ \begin{array}{l}p_i\end{array} //]]>$

Skin-factor

$//<![CDATA[ \begin{array}{l}S\end{array} //]]>$

Formation transmissibility

$//<![CDATA[ \begin{array}{l}\sigma\end{array} //]]>$

Assess permeability assuming flowing thickness $//<![CDATA[ \begin{array}{l}h\end{array} //]]>$ is known

Assess flowing thickness assuming permeability $//<![CDATA[ \begin{array}{l}k\end{array} //]]>$ is known

Assess water-oil column assuming permeability $//<![CDATA[ \begin{array}{l}k\end{array} //]]>$ and flowing thickness $//<![CDATA[ \begin{array}{l}h\end{array} //]]>$ are both known

$//<![CDATA[ \begin{array}{l}k\end{array} //]]>$

$//<![CDATA[ \begin{array}{l}h\end{array} //]]>$

$//<![CDATA[ \begin{array}{l}h_{OWC}\end{array} //]]>$

Minimum drainable volume around the well

$//<![CDATA[ \begin{array}{l}V_\phi\end{array} //]]>$

Assess minimum hydrocarbon reserves around the well

Assess drainage area around the well assuming flowing thickness $//<![CDATA[ \begin{array}{l}h\end{array} //]]>$ is known

Assess flowing thickness assuming the drainage area $//<![CDATA[ \begin{array}{l}A\end{array} //]]>$ around the well is known

Assess boundary proximity assuming the circular boundary

$//<![CDATA[ \begin{array}{l}V_{hc}\end{array} //]]>$

$//<![CDATA[ \begin{array}{l}A_e\end{array} //]]>$

$//<![CDATA[ \begin{array}{l}h\end{array} //]]>$

$//<![CDATA[ \begin{array}{l}r_e\end{array} //]]>$

$//<![CDATA[ \begin{array}{l}A_e\end{array} //]]>$

Boundary type

$//<![CDATA[ \begin{array}{l}PSS, \, SS, \, BAFFLE\end{array} //]]>$

Fracture presence and its size

$//<![CDATA[ \begin{array}{l}X_f\end{array} //]]>$

Dynamic fracture opening threshold

$//<![CDATA[ \begin{array}{l}\delta P_{X_f}\end{array} //]]>$

Proximity $//<![CDATA[ \begin{array}{l}r_{ext}\end{array} //]]>$ and transmissibility $//<![CDATA[ \begin{array}{l}\sigma_{ext}\end{array} //]]>$of remote reservoir composition