Sentence examples for reservoir application from inspiring English sources

Even though the above-discussed models are powerful in terms of prediction ability, they are only useful for a specific case of reservoir application.

The results are used to optimize the particle surface coating so that the reservoir application requirements for the functional nanoparticles can be achieved.

Let us now simulate the system in terms of different reservoir permeabilities for various reservoir applications.

This has important implications for reservoir applications since rock facies often template flow units.

Whilst shallow reservoir applications are well understood, much less work has been done on deep sedimentary reservoirs, especially combining storage and production.

When applied to reservoir applications, these findings indicate that manipulation of the chemical environment can be a means to enhance particle particle and particle wall sticking.

However, arced configurations have been employed in reservoir applications to improve the orientation of the weir cycles to the approach flow and to further increase the weir crest length.

The robust relationship between porosity and permeability has wider-scale reservoir applications where the need to understand reservoir rock permeability (the mass itself, not those portions with highly macroscopic fractures e.g., Massiot et al. [2012]) is important for reservoir forecasting and modeling.

For non-reservoir applications, enough particles of the required size range are usually present in most DFs after cutting just a few feet of rock.

Streaming potential measurement using electrodes has recently been introduced in the oil reservoirs applications and there are still significant uncertainties during the measurements and interpretation of streaming potential results.

However, for a reservoir flooding application the base fluid is usually seawater, especially in offshore applications where this is abundantly available.