PPT-Using MFIX to Solve Multiphase

Author : jane-oiler | Published Date : 2018-11-14

Flow Problems a tool for better understanding fluidization processes Janine Galvin US Dept of Energy National Energy Technology Laboratory Albany OR 97321 PNNL November

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Using MFIX to Solve Multiphase: Transcript


Flow Problems a tool for better understanding fluidization processes Janine Galvin US Dept of Energy National Energy Technology Laboratory Albany OR 97321 PNNL November 28th 2011 Thanks to . Now set up an equation and solve for x.. 3. x + 3 . C. O. L. A. 5x – 13 . 3x + 3 = 5x – 13 . 16 = 2x. . 8 = x. Find the measure of angle 1.. 10x – 8 . 1. 2. 3x + 6 . 10x – 8 + 3x + 6 = 180. . Pipe . Flow:. . Some . considerations related to . single . and multiphase flow . Calculation of flow in pipes. in. out. Conservation of. Energy. Mass . Momentum. Thermodynamics. Y + 12 = 312. Y = 300. Solve. . . . 3z = 612. Z = 206. Try . this one!. . 5w – 13 = 263. W = 50. Solving two-step equations. Step 1. : draw in your balance line.. Step 2. : use the addition or subtraction property of equality to get the term with a variable alone on one side of the equation.. www.tuvnel.com An introduction to multiphase ow measurement Flow PatternsFluid PropertiesHow to Measure Multiphase Flow This guide provides an introduction to multiphase ow measurement. Firstly, th M etering: An Overview Manoj Kumar KM, Senior Scientist, Non - destructive Evaluation Lab, GE Global Research, Bangalore 1 Abstract One of the challenging problems that the Oil & Gas industry has Applied Computational Fluid DynamicsInstructor: Andr 1 2 4 5 Main Applications Sulzer multiphase pumps (MPP) are used to pressure boost oil well ef�uent without upstream separation. As such, they are able to withstand a wide and variable ran Metering Page 2 of 113 TABLE OF CONTENTS 1. INTRODUCTION .......................................................................................................................................4 1 2. X + 2Y = 7 Solve for Y. -X. - X. 2Y = 7 – X. 2. 2. Y = 7 – X. . 2. Y = 7 . -. X. . 2. Y = -½X + 3½. 1. -2X + 3Y = 6 Solve for Y. +2X. + 2X. 3Y = 6 + 2X. Arvand. . Azin. Aryan. Agenda. What is multiphase meter. Operating principle. Multiphase advantages. Fluid operation range. What companies using multiphase? . Operation example. Accessories List. . Find the roots:. 1) x. 2. – 64 = 0 . 2) 8x. 2. – 64x = 0. 3) x. 2. – 16x + 64 = 0. 1) Ensure the quadratic equation is set to zero.. 2) Factor the quadratic equation (GCF, perfect square binomial [DOTS], trinomial). What does solving a system mean?. In yesterday’s homework, we investigated Cool Copy Company and Bountiful Brochures. . What happened when you graphed the lines?. The lines intersected.. What does that intersection mean?. by Factoring. Vocabulary:. Monomial: one term. (ex) x (ex) 4 (ex) 4x (ex) 4xy. 2. (ex) 3x. 3. y. 2. z. Binomial: two terms. (ex) x + 2 (ex) 3x – 2 (ex) 4x. 2. + 5. Trinomial: three terms. Zone. Common Examples of Multiphase Flows. Vadose. Zone (Air and Water). Oil Reservoir (oil and water (saline/fresh) and maybe air/gas). Gas Reservoirs. Geologic Carbon Sequestration. NAPL contamination.

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