Sentence examples for reservoir experiences from inspiring English sources

For correct modeling and simulation of Tight Gas reservoirs it is important to know the behavior of the fluid transport properties under the changing stress condition the reservoir experiences.

For increasing levels of heterogeneity, the reservoir experiences more variability thus resulting in the pressure drop experienced near the wellbore.

However, the reservoir experiences significant shear-enhanced compaction during production, indicating that the time evolution of anisotropy is necessary for the characterization of compacting reservoirs.

This research demonstrates benefits of initializing numerical models as quiescent systems with a proper temperature distribution (quiescent period is a period during which the reservoir experiences no injection or production, and it might range from 100 to millions of years).

Although the reservoir experiences shear-enhanced compaction within the reservoir, stress arching remains relatively high and suggests that stress arching could have significant influence the fault/fluid-flow behaviour.

This article will concentrate on the problem of 2D heat losses from a reservoir experiencing linear flow of an incompressible fluid with a uniform heat generation in the reservoir.

During the early diagenetic stage A, the reservoir experienced rapid subsidence and uplifting.

For reservoirs with strong analcite cementation, analcite and feldspars were dissolved extensively, and such reservoir experienced a relatively complete diagenetic sequence.

According to the burial history and organic evolution history analysis for the reservoirs in the research area, combined with the diagenetic environment implied by authigenic minerals, the reservoir experienced a diagenetic environment evolution from slightly alkaline → acid → alkaline → slightly acidic now.

Ankerite was identified in the secondary pores in the feldspar grains (Appendix Fig. 8F) and carbonate cements (Appendix Fig. 7E, F), which indicates that the reservoir experienced two stages of acidic dissolution: an early stage of feldspar dissolution and a late stage of carbonate cement dissolution.

The Fena Lake reservoir experienced excess silt deposit after excessive rainfall from Chataan, which prevented water distribution from the facility; on July 19 – fifteen days after the typhoon's landfall – water production resumed.