Sentence examples for controlling reservoir from inspiring English sources

The sandbody type is the most important factor for controlling reservoir quality.

In these cases, where production substantially takes place through fracture networks, aperture size is one of the basic parameters controlling reservoir permeability (Nelson 2001; Tiab and Donaldson 2015).

Textures in thin sections indicate a competitive relationship between analcite and calcite cements (Fig. 4d g), which plays a key role in controlling reservoir quality evolution.

On the way, sedimentary and diagenetic aspects of the formation are presented to characterize the main geologic factors controlling reservoir attributes of the petroleum field.

The importance of the two species of deer in DNP resides in that deer have been suggested to be long-lived reservoirs of infection having the potential to initiate new outbreaks of infection well outside currently infected areas, or to reinitiate infection after TB has been eliminated by controlling reservoirs and other short-lived vectors [33].

Although the benefits of controlling reservoirs of human parasite infection with therapeutic drugs are intuitive, appealing, and well established, only limited impact can be expected where high transmission levels persist 18, 46, 50, 53 and the dangers of applying strong selection pressure for drug resistance upon robust parasite populations are also obvious.

Recent interest has centred on the application of nitrate injection to control reservoir souring.

In other words, what are the temporal and spatial relationships, both relative and absolute, among different diagenetic reactions and what controls reservoir quality?

However, the reservoir properties of each sub-facies still show considerable heterogeneity, and this heterogeneity is suggested to have been induced by the subsequent diagenetic processes, which resulted in various diagenetic alterations that controlled reservoir quality (Salem et al. 2005).

Each of the four growth units was connected to a separate steady state, temperature (27°C), pH (6.5) and oxygen controlled reservoir (180 l) through which the culture solution was recirculated.

Reservoir characterization and recognition of the main factors controlling the reservoir quality has a significant share in presenting a real picture of the reservoir properties.