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This section includes 7 Mcqs, each offering curated multiple-choice questions to sharpen your Petroleum Production Operations knowledge and support exam preparation. Choose a topic below to get started.
1. |
What is the full form of Mcfd? |
A. | Millions of standard cubic feet per day |
B. | Thousands of standard cubic feet per day |
C. | Hundreds of standard cubic feet per day |
D. | Standard cubic feet per day |
Answer» C. Hundreds of standard cubic feet per day | |
2. |
Inflow after flow deliverability curve, which of the plot we generally use? |
A. | P<sub>wf</sub> vs t |
B. | P<sub>i</sub> vs t |
C. | (P<sub>i</sub><sup>2</sup> P<sub>wf</sub><sup>2</sup>) vs q |
D. | (P<sub>i</sub><sup>2</sup> P<sub>wf</sub><sup>2</sup>) vs t |
Answer» D. (P<sub>i</sub><sup>2</sup> P<sub>wf</sub><sup>2</sup>) vs t | |
3. |
If a well is producing above bubble point pressure then the Productivity Index will be constant for a wide range of drawdowns. |
A. | True |
B. | False |
Answer» B. False | |
4. |
Specific Productivity index is _____ |
A. | q/(P<sub>i</sub>-P<sub>wf</sub>) |
B. | Productivity Index/Fluid density |
C. | (P<sub>i</sub>-P<sub>wf</sub>)/q |
D. | Productivity Index/Length of the producing zone |
Answer» E. | |
5. |
What is Absolute Open Flow Potential? |
A. | The production rate if the bottom hole flowing pressure can be reduced to zero |
B. | The production rate if the bottom hole shut-in pressure can be reduced to zero |
C. | The production rate if the bottom hole flowing pressure can be reduced to 1 atm |
D. | The production rate if the bottom hole shut-in pressure can be reduced to 1 atm |
Answer» B. The production rate if the bottom hole shut-in pressure can be reduced to zero | |
6. |
What is the formula of the Productivity Index? |
A. | q/(P<sub>i</sub>-P<sub>wf</sub>) |
B. | (P<sub>i</sub>-P<sub>wf</sub>)/q |
C. | V/(P<sub>i</sub>-P<sub>wf</sub>) |
D. | q/(P<sub>i</sub>.P<sub>wf</sub>) |
Answer» B. (P<sub>i</sub>-P<sub>wf</sub>)/q | |
7. |
Productivity or Deliverability Tests can be applied to Non- Darcy, below the bubble point flow conditions. |
A. | True |
B. | False |
Answer» B. False | |