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| anchor | Case2_PSS |
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| alignment | left |
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\delta q_1 / \delta q_2 = - f_{21} = - \frac{V_{\phi, 2}}{ V_{\phi, 1}} = \rm const |
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In case when injector W2 supports only one producer W1 then both wells drain the same volume and
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| body | V_{\phi, 2} = V_{\phi, 1} |
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and | LaTeX Math Inline |
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body so that | LaTeX Math Block Reference |
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leads to:| LaTeX Math Block |
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\delta q_1 = -\delta q_2 |
, which means that producer W1 with constant BHP and finite-reservoir volume will eventually vary its rate at the same volume as injector W2.
If pressure in producer W1 is supported by several injectors
then over a long period of time one can assume:
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