Sentence examples for total injection rate from inspiring English sources
Total injection rate of region.
The total injection rate is 100 m3/dandand the total production rate is 25 m3/day for each production well.
Also, the injectors and producers for all the patterns of waterflood considered were constrained so that total injection rate for all the injectors was 2800stb/day of water, and the total production rate from the producers was 1000stb/day.
(3.8 cm) diameter fired Berea sandstone cores (permeability range: 10 1000 md) in which parameters such as foam quality, total injection rate, foam slug size, etc., are varied systematically for different permeability contrasts.
This scenario as well includes a drop in the injection rate, which is a value of 7623 BBL/D, while the cumulative oil production is 150 MSTB higher than that of scenario 2. A 7623 BBL/D decrease in water injection rate can be deemed an economical amount in comparison to a total injection rate of 112,000 BBL/D.
It is bigger than the average of the 1999 2005 total injection rates of 1.87 Mt/year (Pertamina, 2008).
The optimisation problem is to find optimal allocation of total CO2 injection rate between existing wells.
As a base case, an equal volumetric flow rate of 65 m3/day was allotted to each injector, the total water injection rate therefore sums up to 130 m3/day for both wells.
If Q N is the total water injection rate of the water well in one production unit, the water injection rate of the kth layer is Q_{{text{N}{it k}}} = left( {frac{1}{{R_{k} }}/sumlimits_{{j = 1}}^{n} {frac{1}{{R_{j} }}} } right)Q_{text{N}} (9).
Modeling results have shown some implications that the effectiveness of CO2 ocean sequestration depends mainly on the injection conditions (such as injection rate, total injection amount, and the depth of injection), the site geology (such as permeability and anisotropy of disposal formations), and the chemical-physical behavior of CO2 in marine environment.
A number of papers have evaluated the influence of different parameters for contrast administration, including iodine concentration, total volume of contrast, injection rate, and other factors [ 20, 23– 25], on arterial and/or parenchymal enhancement [ 13], but very limited general recommendations on optimised parameters could be gleaned from these publications.
