Jenike & Johanson engineers will be presenting the following ASME/AIChE sponsored courses on the theory and practice of effective bulk solids handling. These courses have been recently reviewed and approved by the AIChE Education Services Committee.
FLOW OF SOLIDS IN BINS, HOPPERS, CHUTES, AND FEEDERS
December 5-6, Atlanta, Georgia
PNEUMATIC CONVEYING OF BULK SOLIDS
December 7, Atlanta, Georgia
Flow of Solids in Bins, Hoppers, Chutes, and Feeders
You can expect to:
Cover a wide range of equipment types and the solutions to flow problems commonly associated with each of them.
Gain a better understanding of how friction, cohesion, compressibility, and other properties affect the flow of solids through various types of feeders, chutes, reactors, bins, and hoppers.
See how to specify and select hardware best suited to various bulk solid flow problems and objectives, including how to retrofit existing equipment to correct flow problems.
Solve problems associated with solids handling, such as lost production, plant downtime, extra labor, poor quality control, spoiled material, and unreliable equipment.
Be alert to the pitfalls in handling bulk solids.
One of the most beneficial and well presented courses I have taken. - Bill Palm, Nestle USA
Use science, not violence to promote material flow!
Course content:
Typical flow problems and flow patterns
Flow properties of bulk solids
Volumetric and gravimetric feeders
Calculating solids discharge rates
Fine powder handling
Methods of increasing flow rates
Chute design
Particle segregation
Flow corrective devices
Retrofit options
I was very pleased with the practical knowledge of the instructors and the tools introduced to aid in problem solving. - Darryl Clark, Rhone-Poulenc
Pneumatic Conveying of Bulk Solids
You can expect to:
Cover a wide range of equipment types and the solutions to problems commonly associated with each of them.
Gain a better understanding of common problems which occur during pneumatic conveying.
Understand pneumatic conveying principles of operation allowing you to evaluate your in-plant systems and determine effectiveness.
Be able to troubleshoot the source of conveying problems and apply various solution methods to improve efficiency.
Know how to choose a conveying system layout based upon proper principles of operation.
Understand how to choose system components.
Course content:
Overview – advantages and limitations of pneumatic conveying; applications in various industries (case histories)
Fundamentals – low pressure compressible gas flow; defining characteristics of a conveying system; state diagrams (pressure vs. velocity); modes of conveying (suspension vs. non-suspension); minimum conveying velocity
System layout and selection – pressure, vacuum, combination, closed loop; blow tanks; dense phase conveying
System components – gas movers, solids feeders, pipe bends, filters/disengagers
Design example – designing a dilute phase pneumatic conveying system
This course will provide critical design methodology for dealing with bulk solids "emergencies" or planning for new installations or plant expansions which incorporate solids handling.
Who should attend:
Design, project, and research engineers, as well as plant operation personnel who are responsible for solving and preventing flow problems or purchasing solids handling equipment, will benefit from the valuable information provided in these courses.
Jenike & Johanson engineers have been presenting courses for AIChE for over twenty-five years. The courses have also been upgraded significantly in the past three years. We incorporate several workshops for participants to work out problems, while applying the theory they have just learned.
With both courses, you'll gain a strong, fundamental understanding of bulk solids and their behavior, along with the general principles and practical applications of solids flow. You'll find out how and why typical flow problems occur, and what simple, practical steps you can take to solve them. You'll learn how to design bulk material-handling systems that work the way you want. In short, you'll come away with the knowledge and insight you need to conquer your company's flow difficulties.
Course fee for the two-day session is $1,095 for ASME/AIChE members and $1,195 for non-members. The fee for the one-day pneumatic conveying course is $745 for ASME/AIChE members and $845 for non-members. Contact ASME/AIChE today to inquire about "early bird" registration discounts.
The two-day course provides 1.5 continuing education units (CEU's) or 15 professional development hours (PDH's). The one-day course provides 0.75 CEU's or 7.5 PDH's.
Las Vegas, Nevada March 27-29, 2007 Chicago, Illinois June 12-14, 2007
As an alternative, these courses can be presented at your plant or facility, enabling us to focus on your company’s particular flow-related concerns, and discuss related issues in confidence.
Jenike & Johanson background:
Jenike & Johanson is a consulting engineering firm specializing in the science and technology of bulk solids handling. In our four laboratories in the United States, Canada, and Chile, we have tested more than 8,000 bulk solids and used the results to design accurate, cost-effective solutions to flow-related problems for more than 3,000 companies around the world in such industries as chemicals, pharmaceuticals, energy, mining, consumer goods, solid waste, and more.
For additional information on Jenike & Johanson, Inc., please visit:
Jenike & Johanson Courses
Jenike & Johanson engineers will be presenting the following ASME/AIChE sponsored courses on the theory and practice of effective bulk solids handling. These courses have been recently reviewed and approved by the AIChE Education Services Committee.
FLOW OF SOLIDS IN BINS, HOPPERS, CHUTES, AND FEEDERS
December 5-6, Atlanta, Georgia
PNEUMATIC CONVEYING OF BULK SOLIDS
December 7, Atlanta, Georgia
Flow of Solids in Bins, Hoppers, Chutes, and Feeders
You can expect to:
Cover a wide range of equipment types and the solutions to flow problems commonly associated with each of them.
Gain a better understanding of how friction, cohesion, compressibility, and other properties affect the flow of solids through various types of feeders, chutes, reactors, bins, and hoppers.
See how to specify and select hardware best suited to various bulk solid flow problems and objectives, including how to retrofit existing equipment to correct flow problems.
Solve problems associated with solids handling, such as lost production, plant downtime, extra labor, poor quality control, spoiled material, and unreliable equipment.
Be alert to the pitfalls in handling bulk solids.
One of the most beneficial and well presented courses I have taken. - Bill Palm, Nestle USA
Use science, not violence to promote material flow!
Course content:
Typical flow problems and flow patterns
Flow properties of bulk solids
Volumetric and gravimetric feeders
Calculating solids discharge rates
Fine powder handling
Methods of increasing flow rates
Chute design
Particle segregation
Flow corrective devices
Retrofit options
I was very pleased with the practical knowledge of the instructors and the tools introduced to aid in problem solving. - Darryl Clark, Rhone-Poulenc
Pneumatic Conveying of Bulk Solids
You can expect to:
Cover a wide range of equipment types and the solutions to problems commonly associated with each of them.
Gain a better understanding of common problems which occur during pneumatic conveying.
Understand pneumatic conveying principles of operation allowing you to evaluate your in-plant systems and determine effectiveness.
Be able to troubleshoot the source of conveying problems and apply various solution methods to improve efficiency.
Know how to choose a conveying system layout based upon proper principles of operation.
Understand how to choose system components.
Course content:
Overview – advantages and limitations of pneumatic conveying; applications in various industries (case histories)
Fundamentals – low pressure compressible gas flow; defining characteristics of a conveying system; state diagrams (pressure vs. velocity); modes of conveying (suspension vs. non-suspension); minimum conveying velocity
System layout and selection – pressure, vacuum, combination, closed loop; blow tanks; dense phase conveying
System components – gas movers, solids feeders, pipe bends, filters/disengagers
Operating considerations – particle attrition, streamers, snake skins, angel hair, erosive wear
Design example – designing a dilute phase pneumatic conveying system
This course will provide critical design methodology for dealing with bulk solids "emergencies" or planning for new installations or plant expansions which incorporate solids handling.
Who should attend:
Design, project, and research engineers, as well as plant operation personnel who are responsible for solving and preventing flow problems or purchasing solids handling equipment, will benefit from the valuable information provided in these courses.
Jenike & Johanson engineers have been presenting courses for AIChE for over twenty-five years. The courses have also been upgraded significantly in the past three years. We incorporate several workshops for participants to work out problems, while applying the theory they have just learned.
With both courses, you'll gain a strong, fundamental understanding of bulk solids and their behavior, along with the general principles and practical applications of solids flow. You'll find out how and why typical flow problems occur, and what simple, practical steps you can take to solve them. You'll learn how to design bulk material-handling systems that work the way you want. In short, you'll come away with the knowledge and insight you need to conquer your company's flow difficulties.
Course registration:
Register today and put an end to your money/time-wasting flow problems. Registration is made entirely through ASME/AIChE. Register on-line at <http://catalog.asme.org/CourseListi...cation=HOUSTON>www.asme.org/education or call 1-800-THE-ASME (1-800-843-2763).
Course fee for the two-day session is $1,095 for ASME/AIChE members and $1,195 for non-members. The fee for the one-day pneumatic conveying course is $745 for ASME/AIChE members and $845 for non-members. Contact ASME/AIChE today to inquire about "early bird" registration discounts.
The two-day course provides 1.5 continuing education units (CEU's) or 15 professional development hours (PDH's). The one-day course provides 0.75 CEU's or 7.5 PDH's.
Course location:
Global Learning & Conference Center
84 5th St., Atlanta, GA 30308
Telephone: 404-385-3500
Suggested hotel accommodations:
<http://www.gatechhotel.com/index2.asp>Georgia Tech Hotel
800 Spring St., Atlanta, GA
Telephone: 800-706-2899
Visit <http://www.gatechcenter.com/accommodations.php>www.gatechcenter.com/accommodations.php for additional hotels.
Additional course sites and dates:
Las Vegas, Nevada March 27-29, 2007 Chicago, Illinois June 12-14, 2007
As an alternative, these courses can be presented at your plant or facility, enabling us to focus on your company’s particular flow-related concerns, and discuss related issues in confidence.
Jenike & Johanson background:
Jenike & Johanson is a consulting engineering firm specializing in the science and technology of bulk solids handling. In our four laboratories in the United States, Canada, and Chile, we have tested more than 8,000 bulk solids and used the results to design accurate, cost-effective solutions to flow-related problems for more than 3,000 companies around the world in such industries as chemicals, pharmaceuticals, energy, mining, consumer goods, solid waste, and more.
For additional information on Jenike & Johanson, Inc., please visit:
https://edir.bulk-online.com/profile...e-johanson.htm ■