|
| Training |
FIT Course
Offerings
FIT, Inc.
offers training for all levels of skill and position in many of the technical
areas of a production facility. Costs
are in US$, for courses in the continental 
FIT-E01. Industrial Energy Management in the 21st
Century. 2
FIT-E02. Introduction to Pinch Analysis. 2
FIT-E03. Steam System Management and Optimization. 3
FIT-E04. Distributed Control Systems Technology. 4
FIT-E05. Advanced Process Control Systems. 4
FIT-E06. Applied Control Techniques. 5
FIT-E07. Model Based Control 5
FIT-E08. Business Impact of Advanced Process Control 6
FIT-E09. Basic Flow Measurement 6
FIT-E10. Basic Flow Measurement Piping Design. 7
FIT-E11. Metering Control System Design. 7
FIT-E12. Automation of Refinery Offsite Operations. 7
FIT-E13. Fuels Blending Technology and Management 8
FIT-E14. Planning, Optimization, Scheduling and
Control of Fuels Blending Systems. 8
FIT-E16. Petroleum Refining Fundamentals. 9
FIT-H01. Measuring and Reducing Hydrocarbon Loss. 10
Reliability and Asset Availability. 10
FIT-R02. Vibration Analysis. 11
FIT-Q01. Introduction to Process Analyzers. 11
FIT-Q02. Introduction to Photometric Analyzers. 12
FIT-Q03. Troubleshooting Sampling Systems. 13
FIT-Q04. Improving Sample System Reliability. 13
FIT-Q05. Process Gas Chromatographs. 14
FIT-Q06. Advanced Topics in Gas Chromatography. 15
FIT-Q07. Enough Chemistry for Analyzer Technicians. 16
FIT-Q08. Enough Physics for Analyzer Technicians. 17
FIT-Q09. Enough Math for Analyzer Technicians. 17
FIT-Q10. Introduction to DC Electronics. 18
FIT-Q11. Measurement and Uncertainty. 19
FIT-Q12. Physical Property Measurement 20
FIT-Q13. Water Quality Analyzers. 20
FIT-Q14. Oxygen, Sulphur and Nitrogen Analyzers. 21
FIT-Q15.. Significance of Lab Test Results for
Refinery Products and Process Streams. 22
FIT-S01. Multiple Cause System Oriented Incident
Investigation (MCSOII) 22
FIT-S02. Principles of Flammability. 23
FIT-S03. Process Hazard Analysis Methodologies. 23
FIT-S04. Process Hazard Analysis (PHA) Team Leadership. 24
FIT-I01. Information Systems Project Management
Framework. 24
FIT-O01. Professional Excellence, Communication
Skills and Professional Ethics. 25
Exploration and Production. 26
FIT-EX01. Exploration and Production Business
Awareness. 26
FIT-EX02. Well Completion Design. 26
FIT-EX03. Well Performance and Production Optimization. 26
Instructor – Dr. Alan Rossiter
Who Should Attend – The course is aimed at energy managers, energy coordinators, process
Engineers, and Operations and Maintenance Supervisors
Course Duration – 2 Days
Program Objectives:
Industrial Energy Management in the 21st Century is aimed at improving the delegates’ knowledge and understanding of the principles involved in designing and operating continuous processes at optimum efficiency. The primary focus is on process equipment and utilities, with an emphasis on overall systems.
Program Outline:
ü Energy Technology
ü Steam Systems
ü Other Utility Systems
ü Process Heat Integration
ü Key Process Equipment
ü Energy Efficiency Programs and Activities
Instructor – Dr. Alan Rossiter
Who Should Attend - The workshop is aimed at energy managers and engineers involved in plant
operation, troubleshooting and process design in the process industries, including oil refining,
chemicals & petrochemicals, pulp & paper and food & beverages.
Course Duration – 2 Days
Program Objectives:
Participants attending the program will learn how to
construct composite curves and grand composite curves;
calculate energy targets and multiple utility targets; design simple heat
exchanger networks using pinch principles; identify situations where pinch
analysis is an appropriate tool to use; and organize a successful pinch
project.
Program Outline:
ü Background
ü Energy Targeting and Composite Curves
· The Heat Exchanger Network Design Problem
· Constructing Composite Curves
·
DTmin, Qh,min, Qc,min
· Capital/Energy Trade-offs
·
The Pinch Principle
·
The Grid Diagram
·
CP rules
ü Multiple Utility Targeting and the Grand Composite
Curve*
·