Sentence examples for gas injection pattern from inspiring English sources

The major design issues for WAG are reservoir characteristics and heterogeneity, rock and fluid characteristics, composition of injection gas, injection pattern, WAG ratio, three-phase relative permeability effects and flow dispersion.

Therefore, no traditional gas injection and normal water injection for pressure maintenance is suggested.

As an example, the stabilizing effect of gas injection on the flow pattern is studied numerically.

To create ideal conditions inside the PBR, the main factors that influence microalgal growth such as light intensity and distribution, gas injection and mixing, and hydrodynamics/flow pattern which are the key for design and scale up must be thoroughly understood.

On the other hand, since non-industrial gas consumption (environment heating applications) is responsible for significant changes in gas consumption in the cold season, one may consider gas consumption variations in residential, commercial and non-major industries applications as the design pattern for determining gas injection and withdrawal periods (Kenneth et al. 2003).

Flow visualisation with positron emission particle tracking has been used alongside the mass transfer measurements to study the effects of gas injection on the liquid flow patterns and the solid liquid slip velocities.

Based on a gas flow model derived from a semi-industrial crystallization furnace the impact of different gas injection combinations on the gas flow pattern and impurity transport is studied.

Reservoir simulations studying the effects of well patterns and type of gas injection wells have not been reported so far.

Effects of irregular and regular well patterns and vertical and horizontal gas injection wells are investigated using a fully compositional 3D reservoir model in secondary immiscible and miscible modes under the conditions of voidage balance, constant pressure of injection and production wells and injection rates below the critical rate.

The development of a system on Alcator C-Mod for inferring impurity transport behaviour parallel and perpendicular to local magnetic field lines from impurity emission patterns ('plumes') generated by local gas injection will be presented.

It is found that for gas flow pattern formed through horizontal rather than vertical gas injection, SiO and CO are evacuated most effectively from the furnace interior and the formation of CO is inhibited.