1. The following figure shows a production system. If the average pressure of the reservoir (PR)...

 

Transcribed Image Text:

1. The following figure shows a production system. If the average pressure of the reservoir (PR) is 5,000 psi and we would like to have a separator pressure (Ps) of 20 psi. What would be the pressure drop (Pw-Pwh) inside the production tubing? (5 points) We know that: • well-head pressure (Pwh) is 100 psi • pressure drop inside the reservoir (Pe-Pwts) is 3000 psi pressure drop inside the completion components (Pwts - Pwt) is 1200 psi AP Par-Pun Pan Pwf AP₁-Pan-P₁ AP₂ - Pas-Put Pats APPR-Pats PR Gas Liquid APPR-Pas-Loss in reservoir AP₂Pwts-Pur-Loss in completion APP-Pw Loss in tubing APA Pwn-Pa APT = PR-Ps MOO -Loss in flowline - Total pressure loss Po Sales line Stock tank 1. The following figure shows a production system. If the average pressure of the reservoir (PR) is 5,000 psi and we would like to have a separator pressure (Ps) of 20 psi. What would be the pressure drop (Pw-Pwh) inside the production tubing? (5 points) We know that: • well-head pressure (Pwh) is 100 psi • pressure drop inside the reservoir (Pe-Pwts) is 3000 psi pressure drop inside the completion components (Pwts - Pwt) is 1200 psi AP Par-Pun Pan Pwf AP₁-Pan-P₁ AP₂ - Pas-Put Pats APPR-Pats PR Gas Liquid APPR-Pas-Loss in reservoir AP₂Pwts-Pur-Loss in completion APP-Pw Loss in tubing APA Pwn-Pa APT = PR-Ps MOO -Loss in flowline - Total pressure loss Po Sales line Stock tank

Answer rating: 100% (QA)

Total pressure loss 5000 20 yiver 498... View the full answer