Derive the MBE for a tank with rigid and incompressible walls (i.e. tank volume remains constant...
Fantastic news! We've Found the answer you've been seeking!
Question:
Transcribed Image Text:
Derive the MBE for a tank with rigid and incompressible walls (i.e. tank volume remains constant regardless of the fluid pressure inside) for the cases of different conditions shown below. a. The tank is initially full of oil with some slightly compressible solids occupying 78 % of tank volume at pi. Some oil is bleeded to reduce the pressure to p1. The removed oil from the tank is collected as Np STB of oil and the related G, SCF of gas at surface conditions. P>Pb P>P1>Pt oil oil Np. Gp b. The tank is initially full of oil and gas at pi and there is no solids in. While some oil is bleeded from the bottom valve, simultaneaouly some gas is removed from top valve reducing the pressure in the tank to pı. The removed oil from the tank is collected as Np STB of oil and Gpl SCF of gas at surface conditions. The removed gas is collected as Gp2 SCF at surface conditions. We also know that p>pi>p1. In your derivation use the symbol Rp as cumulative produced gas oil ratio. P<Pb P >P;>P1( Gp2 gas gas oil oil- C Put the MBE equations you have derived in quaN-tnone into straight line forms. Describe for each one which variables you would use in your plots to obtain a straight line and also describe what information/parameters you can determine from these graphs. D Drive from the beginning using volume/material balance relations the MBE for a gas reservoir including water influx. E Drive from the beginning using volume/material balance realations the MBE equations for an understaurated reservoir including water influx, and water and gas injections. Derive the MBE for a tank with rigid and incompressible walls (i.e. tank volume remains constant regardless of the fluid pressure inside) for the cases of different conditions shown below. a. The tank is initially full of oil with some slightly compressible solids occupying 78 % of tank volume at pi. Some oil is bleeded to reduce the pressure to p1. The removed oil from the tank is collected as Np STB of oil and the related G, SCF of gas at surface conditions. P>Pb P>P1>Pt oil oil Np. Gp b. The tank is initially full of oil and gas at pi and there is no solids in. While some oil is bleeded from the bottom valve, simultaneaouly some gas is removed from top valve reducing the pressure in the tank to pı. The removed oil from the tank is collected as Np STB of oil and Gpl SCF of gas at surface conditions. The removed gas is collected as Gp2 SCF at surface conditions. We also know that p>pi>p1. In your derivation use the symbol Rp as cumulative produced gas oil ratio. P<Pb P >P;>P1( Gp2 gas gas oil oil- C Put the MBE equations you have derived in quaN-tnone into straight line forms. Describe for each one which variables you would use in your plots to obtain a straight line and also describe what information/parameters you can determine from these graphs. D Drive from the beginning using volume/material balance relations the MBE for a gas reservoir including water influx. E Drive from the beginning using volume/material balance realations the MBE equations for an understaurated reservoir including water influx, and water and gas injections.
Expert Answer:
Answer rating: 100% (QA)
A Only contstiuent in the control volume is oil Then change in oil volume must be zero Change in oil volume initial volumefinal volume0 Initial volumeNBoi Final volumeNNpBo Then NBoi NNpBo0 OR NBoBoiN... View the full answer
Related Book For
Process Dynamics and Control
ISBN: 978-1119385561
4th edition
Authors: Dale E. Seborg, Thomas F. Edgar, Duncan A. Mellichamp, Francis J. Doyle
Posted Date:
Students also viewed these physics questions
-
Derive the MBE for a tank with rigid and incompressible walls (i.e. tank volume remains constant regardless of the fluid pressure inside) for the cases of different conditions shown below. The tank...
-
Plot the level response for a tank with constant cross-sectional area of 4 ft 2 as a function of time for the following sequence of events; assume an initial level of 1.0 ft with the drain open, and...
-
A gas initially at p1 = 1 bar and occupying a volume of 1 liter is compressed within a piston-cylinder assembly to a final pressure p2 = 4 bar. (a) If the relationship between pressure and volume...
-
Give Jacobson et al.s definition of a component.
-
What kind of retailers or brands do you think would benefit from a pop-up shop? Why?
-
Laser World reports net income of $650,000. Depreciation expense is $50,000, accounts receivable increases $11,000, and accounts payable decreases $30,000. Calculate net cash flows from operating...
-
Can you create a graphic of the Fairmont payroll systems company expenses that highlight general accounting clerk, Mary Perez, has company expenses for FICA (social security), Medicare and 401K,...
-
Magic Enterprises borrowed $18,000 from the local bank on July 1, 2010, when the company was started. The note had an 8 percent annual interest rate and a one-year term to maturity. Magic Enterprises...
-
The price of a laser printer purchased by Paul's Printers and Office Supplies was $713. It cost $27 for delivery. The salvage value at the end of a 5-year life is $65. what is the depreciation...
-
You send daily emails about a variety of topics for a shoe store. Your open rates are low, but sale announcements perform best. Which two marketing actions would most likely increase open rates?...
-
State the domain and range for y=(3)/(x). a. Domain: x!=0, b. Range: y!=0
-
Semiannual deposits beginning with $500 and increasing by a continuously compounded 20 percent, are made to a fund paying a nominal 10 percent per year compounded continuously. a. What will the fund...
-
Daniel deposits \($20\),000 into an account earning interest at 6 percent per year compounded quarterly. He wishes to withdraw \($400\) at the end of each month. For how many months can he make these...
-
You borrow $2,000 from Gougos, a well-known loan consolidation outfit. The loan is an unbelievably low 2.5 percent per month compounded monthly. You have 2 years to pay back the loan. a. What is the...
-
Find the Laplace transform of each periodic function whose definition in one period is given. \(h(t)=\left\{\begin{array}{lll}t & \text { if } & 0
-
Wei Min opens a retirement account that pays 8 percent/year/month. For the next 30 years, he deposits $300 per month into it, with all deposits occurring at the end of the month. On the day of the...
-
Make a balance sheet for the following data- One Time Start-Up Costs: Rent Deposit $4,000 Furniture & Fixtures $8,000 Equipment $6,000 Buildout/ Renovations $10,000 Decorating, Painting and...
-
Consider a game of poker being played with a standard 52-card deck (four suits, each of which has 13 different denominations of cards). At a certain point in the game, six cards have been exposed. Of...
-
Consider the PCM Furnace module of Appendix E, which is used to preheat a high-molecular-weight hydro-carbon feed (C 16 C 26 ) to a cracking unit at a petroleum refinery. Do the following sequence...
-
Design a time-delay compensator (Smith predictor) for where G v = G m = 1 and θ = 1. Show closed-loop responses for unit step set-point and disturbance changes (G d = G p ). Use an IMC...
-
Example 5.1 derives the gain and time constant for a first-order model of a stirred tank heating process. (a) Simulate the response of the tank temperature to a step change in heat input from 310 7...
-
Santinis new contract for 2019 indicates the following compensation and benefits: Santini is 54 years old at the end of 2019. He is single and has no dependents. Assume that the employer matches $1...
-
In 2019, Nina contributes 10 percent of her $100,000 annual salary to her 401(k) account. She expects to earn a 7 percent before-tax rate of return. Assuming she leaves this (and any employer...
-
In 2019, Nitai (age 40) contributes 10 percent of his $100,000 annual salary to a Roth 401(k) account sponsored by his employer, AY Inc. AY Inc. matches employee contributions to the employees...
Study smarter with the SolutionInn App