Flow through Packed Beds

Slides:

Advertisements

Similar presentations

Exercices Lecture 8. The boat is moving and consequently the control volume must be moving with it. The flow entering into the control volume is the flow.

Advertisements

The Bernoulli Equation - Work and Energy

Fluid in Motion.

CE 230-Engineering Fluid Mechanics Lecture # BERNOULLI EQUATION.

Fluid Dynamics.

Fluid Friction. Outline Bernoulli ’ s Equation The Pressure-Drop Experiment Laminar Flow Turbulent Flow The Three Friction Factor Problems Computer Methods.

Flow Rate Control System “Step Response Modeling” February 15, 2006 U.T.C. Engineering 329.

Pressure System Amanda Newman Andy Patel Bryan Cuervo September 28 th 2005 ENGR. 329 UTC Engineering.

Flow through Packed Beds Brad Parr Brett Plemons E435.

1 Lec 26: Frictionless flow with work, pipe flow.

TEAM MEMBERS: SKIP POND KENNETH SIMPSON

Team Green Speed Control - Steady State Performance and Step Response John Barker John Beverly Keith Skiles ENGR 329 UTC 2/1/06.

Red Team Amanda Newman Ankit Patel Bryan Cuervo UTC ENGR 329 Sept. 14, 2005.

CE 230-Engineering Fluid Mechanics Lecture # 18 CONTINUITY EQUATION Section 5.3 (p.154) in text.

-Pressure System- Frequency Response Cory Richardson Dennis To Jamison Linden 6/27/2015, UTC, ENGR-329.

Bernoulli ’ s Equation. Outline The Energy Balance for a Steady Incompressible Flow The Friction Heating Term Bernoulli ’ s Equation The Head Form Diffusers.

A. F 2 > F 1 > F 3 B. F 2 > F 1 = F 3 C. F 3 > F 2 > F 1 D. F 3 > F 1 > F 2 E. F 1 = F 2 = F 3 Rank in order, from largest to smallest, the magnitudes.

Fluid Mechanics 05.

Hydraulic Drive Systems Hydraulic is derived from Greek word for water and it is the study of water flow. Water from a Nozzle Used to Turn a Turbine.

Fixed and Fluidized Beds

Isothermal Reactor Design – Part 2

Problem Network Flow Scott Jewett BIEN 301 January 30, 2007.

SURVIVAL MODE Quiz 3 –

Ways to express Bernoulli equation Energy per unit volume: Energy per unit mass: Energy per unit weight: - conservation of energy (no friction loss)

BODHPS PROTOTYPE B Testing and Documentation of improved prototype with a record of power output.

Developing models for optimization Lec 5 week 6. Example (1) Classify the following model.

Chapter 10 (2) Fluids in Motion. The mass flow rate is the mass that passes a given point per unit time. The flow rates at any two points must be equal,

Venturi Meter By Alex Turner & Mick Lock. What is it? A pipe that has a cone that narrows and then gradually returns to the original diameter of the pipe.

CHE315 Pressure Drop and Friction Loss 2.10 Design Equations for Laminar and Turbulent Flow in Pipes.

CTC 450 Energy Equation.

Energy and Water Savings Presented by Bill Power Power Services, Inc San Mateo County Ag Workshop December 5, 2014.

Electricity What is it and how does it work?. Some definitions to start with An electrical current is caused by the flow of negatively charged electrons.

QUESTIONS. Last class  Continuity  Bernoulli Equation.

T W DAVIES1 CONSERVATION OF MECHANICAL ENERGY FRICTIONLESS FLOW ALONG A STREAMLINE MECHANICAL ENERGY BALANCE ON A UNIT MASS OF FLUID –POTENTIAL ENERGY.

The Alaskan pipeline, a significant accomplishment of the engineering profession, transports oil 1286 km across the state of Alaska. The pipe diameter.

Physics Section 8.3 Apply the properties of flowing fluids The flow of a fluid is laminar if every particle that passes a particular point moves along.

Objectives Airflow in Ducts Fluid dynamic review Duct Design.

Characteristics of Fluid Flows Chapter 2 Henderson, Perry and Young BAE 2023 Physical Properties1.

Friction Factors, Pumping and You Understanding how friction affects your bottom line.

Laminar and Turbulent Flow: More Practice

Chapter 3 Fluids in Motion-- - The Bernoulli Equation (Elementary Fluid Dynamics –The Bernoulli Equation)

Flow calculations Åke Mälhammar Frigus Primore 1 Flow calculations Dynamic pressure Dynamic pressure Pressure drop Pressure drop.

FLUID FOW FOR CHEMICAL ENGINEERING

6.5 Recommended Velocity Of Flow In Pipe And Tubing.

Power – Energy Relationships

Isothermal Reactor Design – Part 2

Equation of continuity and Bernoulli’s Principle (Ch. 10)

Energy Loss in Valves Function of valve type and valve position

Fluid Flow and Bernoulli’s Equation

Date of download: 12/25/2017 Copyright © ASME. All rights reserved.

Physics 122C Electricity and Magnetism

Losses in Pipe Flows Major Losses: due to friction, significant head loss is associated with the straight portions of pipe flows. This loss can be calculated.

Losses in Pipe Flows Major Losses: due to friction, significant head loss is associated with the straight portions of pipe flows. This loss can be calculated.

THE BERNOULLI EQUATION: FURTHER APPLICATION

אביבה אלקלעי, ראש היחידה לכניסה להוראה, המכללה האקדמית אחווה

מהו הסטאז'? המכללה האקדמית תלפיות.

Equation Review Given in class 10/4/13.

As the water loses elevation from the high end of the pipe to the low end, it gains velocity. To find the exact value of any parameter, we apply the Bernoulli.

First Mechanics Analysis of Plug Flow

50 m EML3015C Thermal-Fluid I Fall 2000 Homework 4

Electricity Review.

Applications of Bernoulli Equations

Equation Review.

Electricity Review.

Fixed and Fluidized Beds

We assume here Ideal Fluids

Balanced scales and equations

Presentation transcript:

Flow through Packed Beds Brad Parr Brett Plemons 9-23-98 E435

Outline System Diagram System Unknowns Equations Used Results Conclusions Questions

System Diagram Switches 2" dia., 3' long bed Motor To Computer Motor H 2 O T A N K V E R F L w 2" dia., 3' long bed 1" dia. , 6' long bed Switches

System Unknowns # of channels through beds Pressure drop across beds Optimum motor % input (SSOC)

Equations Used:

Bernoulli Equation

Conclusion Significant pressure drop # of channels related to pipe diameter

Questions?