Presentation is loading. Please wait.

Presentation is loading. Please wait.

CHEMICAL REACTION ENGINEERING LABORATORY FLOW MAPPING IN A GAS-SOLID RISER VIA COMPUTER AUTOMATED RADIOACTIVE PARTICLE TRACKING (CARPT) Satish Bhusarapu,

Published byRuth Lawrence Modified over 9 years ago

Similar presentations

Presentation on theme: "CHEMICAL REACTION ENGINEERING LABORATORY FLOW MAPPING IN A GAS-SOLID RISER VIA COMPUTER AUTOMATED RADIOACTIVE PARTICLE TRACKING (CARPT) Satish Bhusarapu,"— Presentation transcript:

1 CHEMICAL REACTION ENGINEERING LABORATORY FLOW MAPPING IN A GAS-SOLID RISER VIA COMPUTER AUTOMATED RADIOACTIVE PARTICLE TRACKING (CARPT) Satish Bhusarapu, Pascal Fongarland, M.Al-Dahhan and M.P.Dudukovic CREL Annual Meeting November 15, 2001 Chemical Reaction Engineering Laboratory Department of Chemical Engineering St.Louis, MO 63130

2 CHEMICAL REACTION ENGINEERING LABORATORY Implementation of CARPT on a Gas-Solid Riser Obtain solids flow mapping in the riser Riser exit - right-angled elbow axis- symmetric disengagement section Preliminary experiments – Validation of a safety protocol for the introduction and recovery of radioactive tracer Measurement of tracer mean recirculation time and the overall solid mass flux CARPT Experiment is feasible to process in our unit Challenge : CARPT in a Pilot-plant set-up

3 Next presentation

Download ppt "CHEMICAL REACTION ENGINEERING LABORATORY FLOW MAPPING IN A GAS-SOLID RISER VIA COMPUTER AUTOMATED RADIOACTIVE PARTICLE TRACKING (CARPT) Satish Bhusarapu,"

Similar presentations

Building a Cradle-to-Grave Approach with Your Design Documentation and Data Denise D. Dion, EduQuest, Inc. and Gina To, Breathe Technologies, Inc.

Building a Cradle-to-Grave Approach with Your Design Documentation and Data Denise D. Dion, EduQuest, Inc. and Gina To, Breathe Technologies, Inc.
Section 19.2 Application of Radioactivity To learn about some uses of radioactivity in our lives Objectives.

Section 19.2 Application of Radioactivity To learn about some uses of radioactivity in our lives Objectives.
Surfaces and Particle Engineering Laboratory Effect of Flow on Protein Crystallisation Dr. Jerry Heng Department of Chemical Engineering Imperial College.

Surfaces and Particle Engineering Laboratory Effect of Flow on Protein Crystallisation Dr. Jerry Heng Department of Chemical Engineering Imperial College.
Heat and Temperature All particles are always in motion, even in solids. Kinetic energy= The energy of motion. Heat= a measure of the total kinetic energy.

Heat and Temperature All particles are always in motion, even in solids. Kinetic energy= The energy of motion. Heat= a measure of the total kinetic energy.
A Study of Structured Packing for Solid Catalyzed Gas-Liquid Reactions Shaibal Roy Muthanna Al-Dahhan Muthanna Al-Dahhan CREL Annual Meeting November 15,

A Study of Structured Packing for Solid Catalyzed Gas-Liquid Reactions Shaibal Roy Muthanna Al-Dahhan Muthanna Al-Dahhan CREL Annual Meeting November 15,
DIFFUSION MODELS OF A FLUIDIZED BED REACTOR Chr. Bojadjiev Bulgarian Academy of Sciences, Institute of Chemical Engineering, “Acad. G.Bontchev” str.,

DIFFUSION MODELS OF A FLUIDIZED BED REACTOR Chr. Bojadjiev Bulgarian Academy of Sciences, Institute of Chemical Engineering, “Acad. G.Bontchev” str.,
1 CREL ANNUAL MEETING November 15 th 2001 CHEMICAL REACTION ENGINEERING LABORATORY (CREL) CREL ANNUAL MEETING, 15 th November 2001 Eusebio Palmisano, Muthanna.

1 CREL ANNUAL MEETING November 15 th 2001 CHEMICAL REACTION ENGINEERING LABORATORY (CREL) CREL ANNUAL MEETING, 15 th November 2001 Eusebio Palmisano, Muthanna.
Motivation Advanced Gas Reactors (AGRs) The advancement and commercialization of nuclear energy produced by advanced gas reactors (AGRs) (spouted bed)

Motivation Advanced Gas Reactors (AGRs) The advancement and commercialization of nuclear energy produced by advanced gas reactors (AGRs) (spouted bed)
M. GIRARD – CEA / EFDA MEETING - CADARACHE, January 25-26 th, 2005 Task TW4 – TSS - SEA 5.5 Validation of EU Safety Computer codes Validation of PACTITER.

M. GIRARD – CEA / EFDA MEETING - CADARACHE, January th, 2005 Task TW4 – TSS - SEA 5.5 Validation of EU Safety Computer codes Validation of PACTITER.
Introduction to Computer Engineering by Richard E. Haskell 8086 Tutor Monitor Module M14.3 Section 9.3 Appendix B.

Introduction to Computer Engineering by Richard E. Haskell 8086 Tutor Monitor Module M14.3 Section 9.3 Appendix B.
Presented by Mary C. Emplaincourt, M.S. 2004 Presentation at a MMA Energy Meeting.

Presented by Mary C. Emplaincourt, M.S Presentation at a MMA Energy Meeting.
Entrained Bed Reactor Quak Foo Lee Department of Chemical and Biological Engineering.

Entrained Bed Reactor Quak Foo Lee Department of Chemical and Biological Engineering.
CHEMICAL REACTION ENGINEERING LABORATORY Characterization of Flow Patterns in Stirred Tank Reactors (STR) Aravind R. Rammohan Chemical Reaction Engineering.

CHEMICAL REACTION ENGINEERING LABORATORY Characterization of Flow Patterns in Stirred Tank Reactors (STR) Aravind R. Rammohan Chemical Reaction Engineering.
Two-fluid models for fluidized bed reactors: Latest trends and challenges Yassir Makkawi Chemical Engineering.

Two-fluid models for fluidized bed reactors: Latest trends and challenges Yassir Makkawi Chemical Engineering.
Implementation of Breakup and Coalescence Models in CFD

Implementation of Breakup and Coalescence Models in CFD
Engineering 1182 College of Engineering Engineering Education Innovation Center Solid Modeling Introduction Rev: 20120813, AJPSolid Modeling Introduction1.

Engineering 1182 College of Engineering Engineering Education Innovation Center Solid Modeling Introduction Rev: , AJPSolid Modeling Introduction1.
Advanced Manufacturing Laboratory Department of Industrial Engineering Sharif University of Technology Session # 1.

Advanced Manufacturing Laboratory Department of Industrial Engineering Sharif University of Technology Session # 1.
SLURRY BUBBLE COLUMN HYDRODYNAMICS - Progress Report - Novica S. Rados Department of Chemical Engineering, CREL Washington University, St. Louis April.

SLURRY BUBBLE COLUMN HYDRODYNAMICS - Progress Report - Novica S. Rados Department of Chemical Engineering, CREL Washington University, St. Louis April.
computer

computer
Page 1 SIMULATIONS OF HYDROGEN RELEASES FROM STORAGE TANKS: DISPERSION AND CONSEQUENCES OF IGNITION By Benjamin Angers 1, Ahmed Hourri 1 and Pierre Bénard.

Page 1 SIMULATIONS OF HYDROGEN RELEASES FROM STORAGE TANKS: DISPERSION AND CONSEQUENCES OF IGNITION By Benjamin Angers 1, Ahmed Hourri 1 and Pierre Bénard.

Similar presentations

Ads by Google