This study provides a comparison of the effect of the different exploitation methods of the reservoir fluids production.
People working on human behavioral ecology seek information about modern hunters' goals and the cost and benefits associated with different exploitation strategies.
With the prediction of DDV, we can calculate the average pressure and average saturation with different time, which can assist designing different exploitation scenarios.
The Ecospace model showed similar qualitative and quantitative effects for changes in biomass under three different exploitation scenarios (by subsystems and globally).
Results show that predicting the effect of aquitard spatial discontinuities was essential to evaluate the potential risk of groundwater contamination due to different exploitation schemes and to identify aquifer protection zones showing some level of vulnerability to seawater intrusion.
A technology exploitation target system is established and the contribution of the different exploitation strategies, such as spin-offs, joint ventures and licensing, to the different targets is evaluated.
The performance of the system has been evaluated with a 3-dimensional field-scale numerical model that simulates the evolution of temperature and pressure conditions in the aquifer, under different exploitation scenarios.
In order to evaluate the leakage fluxes that correspond to different exploitation conditions, we numerically solve a system of quasilinear and time-dependent partial differential equations.
