P135122 e-Learning Resources Guide - 26

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Environment

Fundamentals of Catalytic
Converter Integration for Emission
Control Webinar
8 Hours
I.D.# WB1142

This four session webinar will explore the main elements of the
catalytic converter: the catalyst, the honeycomb, and the housing.
Session One will cover catalyst fundamentals to equip participants
with the basic concepts, important design parameters and main
elements of the catalyst, the washcoat and the unitary support. The
second session will add discussion on catalyst durability and the
effects of in-use on the maintenance of catalyst performance. The third
and fourth sessions will explore the ceramic honeycomb as an integral
part of emissions control device. Catalytic emission controls is a key
design element of all commercial engines today, whether for autos,
trucks, small engines or lawnmowers. Stringent emissions legislation
and the advent of low-sulfur fuels have led to new developments to
meet the 120,000 vehicle mile durability for passenger cars and 300,000
vehicle mile durability for trucks and buses. Catalytic converter
design has become a high priority issue with the new more stringent
regulations worldwide. Participants will be equipped to be conversant
in catalysis, the key elements, acronyms, preparation on honeycomb
supports, key accelerating aging tests, key performance tests, key
issues with in-use, important design parameters and the questions
to ask of catalyst suppliers to assist in meeting future emission
regulations for all powerplants.
This course will be designed to cover the entire breath of education
and experience backgrounds--the newly hired engineer working in
catalytic emissions controls, as well as the seasoned veteran who just
transferred to the emission control group.
The instructors recommend their book with Robert Farrauto,
Catalyic Air Pollution Control: Commerical Technology, 3rd Edition, as a
supplement to the course content.

Learning Objectives
By connecting with this webinar, you will be able to:
•	 Define catalysis and identify catalyst acronyms
•	 Describe in-use issues
•	 Question catalyst suppliers
•	 Interpret basic test procedures for catalyst evaluation and cite key
elements in catalyst design
•	 Define honeycomb substrate, the key properties of honeycomb
structure, and the performance parameters in terms of cell
dimensions
•	 Validate performance parameters with measured performance
•	 Describe test methods relevant to in-use conditions

Topical Outline
Session 1
Catalysis
•	 Brief historical background
•	 Fundamentals of catalysis
•	 Definition of catalyst and the characteristics of catalysis
•	 Catalytic reactions
•	 Catalyst preparation, characterization, and durability
•	 Reaction controlling mechanisms
•	 Calculating Onboard Energy Storage Needs
Session 2
Catalyst Durability
•	 Aging protocols
•	 Sintering concept and in-use examples
•	 Masking concept and in-use examples
•	 Poisoning concept and in-use examples
•	 Attrition concept and in-use examples
•	 Consequences of durability on performance
•	 Charging Systems for Electric Vehicles
Session 3
Honeycomb Substrates
•	 Ceramic substrates
•	 Metallic substrates
•	 Geometric properties
•	 Performance parameters
•	 Physical properties
•	 Effect of high surface area washcoat
Session 4
Honeycomb In-Use Durability
•	 Canning loads and mechanical stresses
•	 Temperature gradients in transverse direction
•	 Thermal stresses in washcoated honeycombs
•	 Allowable stress for lifetime durability

Instructor: Ronald Heck and Suresh Gulati
Fee $605

.8 CEUs

Also available as a webinar recording - training.sae.org/webinarrecordings/

View the complete course description and instructor
biography at training.sae.org/webinars/wb1142/

Who Should Attend
This webinar will be especially valuable for engineers and others
involved in the design, operation and calibration of an emission control
system for both mobile and stationary source applications. This includes
automobiles, trucks, buses, ships, locomotives, stationary engines,
small engines, etc. This course is designed for mechanical, metallurgical
and chemical engineers, materials scientists, and chemists involved in
heterogeneous catalysis, who are interested in handling, assembling,
and failure analysis of catalytic converters. Participants should have a
basic familiarity with automotive emissions for gasoline engines, diesel
engines or off-road applications will prove valuable for participants.

3 ways to get a no-obligation price quote to bring a course to your company • Call SAE Corporate Learning at 1-724-772-8529
• Fill out the online quote request at training.sae.org/corplearning • Email us at Corplearn@sae.org


http://training.sae.org/webinarrecordings/ http://training.sae.org/webinars/wb1142/ http://training.sae.org/corplearning

P135122 e-Learning Resources Guide

Table of Contents for the Digital Edition of P135122 e-Learning Resources Guide

P135122 e-Learning Resources Guide
SAE Corporate Learning Clients
Catalog Key
Table of Contents
SAE International: An Overview
Accreditations
About SAE Corporate Learning Solutions
Our Learning Formats
NEW! SAE Credentialing Central and Certificate Programs
MyLearn.sae.org
Chassis
Design Engineering and Styling
Electrical, Electronics and Avionics
Environment
Human Factors and Ergonomics
Management and Product Development
Materials
Noise, Vibration and Harshness
Power and Propulsion
Quality, Reliability and Durability
Safety
Tests and Testing
Vehicles and Performance
Instructor Biographies
2013 Professional Development Course Schedule
P135122 e-Learning Resources Guide - P135122 e-Learning Resources Guide
P135122 e-Learning Resources Guide - SAE Corporate Learning Clients
P135122 e-Learning Resources Guide - Table of Contents
P135122 e-Learning Resources Guide - ii
P135122 e-Learning Resources Guide - SAE International: An Overview
P135122 e-Learning Resources Guide - iv
P135122 e-Learning Resources Guide - Accreditations
P135122 e-Learning Resources Guide - Our Learning Formats
P135122 e-Learning Resources Guide - vii
P135122 e-Learning Resources Guide - NEW! SAE Credentialing Central and Certificate Programs
P135122 e-Learning Resources Guide - ix
P135122 e-Learning Resources Guide - MyLearn.sae.org
P135122 e-Learning Resources Guide - Chassis
P135122 e-Learning Resources Guide - 12
P135122 e-Learning Resources Guide - 13
P135122 e-Learning Resources Guide - Design Engineering and Styling
P135122 e-Learning Resources Guide - 15
P135122 e-Learning Resources Guide - 16
P135122 e-Learning Resources Guide - 17
P135122 e-Learning Resources Guide - 18
P135122 e-Learning Resources Guide - 19
P135122 e-Learning Resources Guide - 20
P135122 e-Learning Resources Guide - 21
P135122 e-Learning Resources Guide - Electrical, Electronics and Avionics
P135122 e-Learning Resources Guide - 23
P135122 e-Learning Resources Guide - 24
P135122 e-Learning Resources Guide - Environment
P135122 e-Learning Resources Guide - 26
P135122 e-Learning Resources Guide - 27
P135122 e-Learning Resources Guide - Human Factors and Ergonomics
P135122 e-Learning Resources Guide - Management and Product Development
P135122 e-Learning Resources Guide - 30
P135122 e-Learning Resources Guide - Materials
P135122 e-Learning Resources Guide - 32
P135122 e-Learning Resources Guide - Noise, Vibration and Harshness
P135122 e-Learning Resources Guide - 34
P135122 e-Learning Resources Guide - 35
P135122 e-Learning Resources Guide - Power and Propulsion
P135122 e-Learning Resources Guide - 37
P135122 e-Learning Resources Guide - 38
P135122 e-Learning Resources Guide - 39
P135122 e-Learning Resources Guide - 40
P135122 e-Learning Resources Guide - 41
P135122 e-Learning Resources Guide - 42
P135122 e-Learning Resources Guide - 43
P135122 e-Learning Resources Guide - 44
P135122 e-Learning Resources Guide - Quality, Reliability and Durability
P135122 e-Learning Resources Guide - 46
P135122 e-Learning Resources Guide - 47
P135122 e-Learning Resources Guide - 48
P135122 e-Learning Resources Guide - 49
P135122 e-Learning Resources Guide - 50
P135122 e-Learning Resources Guide - 51
P135122 e-Learning Resources Guide - 52
P135122 e-Learning Resources Guide - Safety
P135122 e-Learning Resources Guide - Tests and Testing
P135122 e-Learning Resources Guide - 55
P135122 e-Learning Resources Guide - Vehicles and Performance
P135122 e-Learning Resources Guide - 57
P135122 e-Learning Resources Guide - 58
P135122 e-Learning Resources Guide - Instructor Biographies
P135122 e-Learning Resources Guide - 60
P135122 e-Learning Resources Guide - 61
P135122 e-Learning Resources Guide - 62
P135122 e-Learning Resources Guide - 2013 Professional Development Course Schedule
P135122 e-Learning Resources Guide - 64
P135122 e-Learning Resources Guide - 65
P135122 e-Learning Resources Guide - 66
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