For example, the construction of hydraulic structures for various purposes in the surface water bodies, construction of groundwater intakes, regulation of river flows and modes of operation for large reservoirs, implementation of measures for maximum reduction of loss of water and its supply and distribution.
Before the field implementation of an air injection project, proper reservoir screening (including reservoir temperature, pressure, oil saturation and the oxidation natures of targeted oil) as well as rational surface operation design (for a reasonable air injection rate) are needed to take advantage of the thermal effect for enhancing oil recovery.
Refined modeling exercises of the type described in this paper are of potential application to predict and quantify sedimentation patterns allowing the implementation of efficient preservation measures against reservoir siltation.
Low clay content and high contents of quartz, feldspar, dolomite, and other brittle minerals are favorable for the implementation of hydraulic fracturing and other reservoir stimulation treatments (Cipolla et al. 2012).
At the pressure of 10 MPa and the temperature of 80 °C, the maximum forecast flow rate is only 10 m3 per day, which proves the necessity of implementation of both thermal methods and reservoir permeability increasing methods (hydraulic fracturing HF, acid HF, hydrochloric acid processing HAT).
A visual representation and accurate characterization of the three-dimensional (3D) growth and distribution of hydrofracturing cracks within heterogeneous rocks is of particular use to the design and implementation of hydrofracturing stimulation of unconventional reservoirs.
However, an implementation of permeable fault zones into reservoir-scale models might still be of high importance for the local temperature.
We also introduce an improved implementation of a TSVD-based LM algorithm for generating multiple realizations of reservoir models conditioned to production data.
CO2 retention is determined by multiple factors acting generally in combinations varying according to the geology of the reservoir and the implementation of the recovery.
Over half of the original oil in a location is retained in a reservoir after the implementation of primary and secondary production schemes.
