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At the pressure of 7.76 MPa created during the field well tests, the minimum cost-effective flow rate, according to estimates, can be achieved by heating the reservoir to 70 °C.
When calculating variants with vertical wells, it can help justify well spacing, the feasibility of address increase in the pressure drawdown and the use of thermal methods in order to achieve cost-effective flow rates.
The approach suggests that CFD can provide a cost effective and quick assessment of flow.
Recently, computational fluid dynamics (CFD) has become a more cost effective tool for predicting detailed flow information in turbine space to enable the selection of the best design.
The robust and cost effective combination of the tested flow control method and a single ejector is shown to achieve adequate anode gas recirculation rate on a wide PEMFC load range.
This is a compact, cost effective and fairly accurate method for flow measurement in large pipelines of SFR circuits.
Hence a cost effective means to improve the suction flow capability of an expeller is to drill more and larger size holes around its throat.
The last point assesses if the intervention(s) analysed would be considered cost effective in the UK context A flow diagram of the results of the searches is presented in Fig. 1.
At the pressure of 10 MPa, the minimum cost-effective oil flow rate (3.5 4.5 m3 per day) can be achieved at the temperature of 40 50 °C.
It was found that without the use of thermal methods, the minimum cost-effective oil flow rate will not be achieved under any pressure.
The aim of the intervention was to improve the efficiency and effectiveness of care with the flow on effects of potentially being more cost effective.
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