TURBINE TECHNOLOGY
Who Should Attend?
Mechanical & Chemical Engineers, Technicians, Operational Personnel, Maintenance Engineers & Technicians, Safety & Control Technicians, Supervisors & Foremen.
Objective
The Program is designed to give the
participants on advance understanding of all the types of Compressors in design,
operation, selection, Troubleshooting & their solutions & Maintenance.
To give advance knowledge about Steam Turbines & their update design in
Operation, Control & Maintenance. ASME standard will be the issue of selection
& design.
Organisation Responsibility
To Design Syllabus for the course,
to meet all the requirements described.
To prepare a manual [hard & soft copy]
To Nominate an Instructor who has the expertise & high qualifications in
the field.
To apply sophisticated training techniques to enable the participants to develop
the required skill.
To schedule the period of the course & the daily time table
To Determine the venue & the date of the course [In-house courses will be
negotiable]
Day 1:
0730 – 0800 |
Registration and welcome |
0800 – 1000 |
Compressor 1. Basic concept & theory of compressor: Fluid mechanics & thermodynamics, & Definition of compressor. |
1000 – 1020 |
Break |
1020 – 1220 |
Types of compressors, Relative comparisons of various compressor types, & Inter-stage seals & balance piston seal.
|
1220 – 1320 |
Lunch Break |
1320 – 1500 |
2. Compressor characteristics: Centrifugal compressors Slop & stone wall, Surge & off – design operation, Adjustable vanes, Axial compressors & Equipment selection. |
1500 – 1520 |
Break |
1520 – 1630 |
3. Compressor operation & performance testing: Start-up & mechanical field tests, Avoiding surge & liquids, Parallel operation & inlet piping, Instrumentation & Calculation procedure & sample calculations. |
Day 2:
0730-0800 |
Coffee & Social Meeting |
0800-1000 |
4. Trouble shooting: Common source of test error, Cleaning axial & centrifugal compressors, Inspection of compressor, Economics & field problems & Maintenance check list & trouble shooting guide.
|
1000-1020 |
Break |
1020-1220 |
5. Compressor installation: Compressor choice & selection, Motors, & Operating pressure reduction.
|
1220-1320 |
Lunch break |
1320-1500 |
Conventional control of a compressor, Cooling of compressors & compressed air, & Controls & instrumentation. |
1500-1520 |
Break |
1520-1630 |
6. Reciprocating compressor & their applications: Theory of reciprocating compressors, & Characteristics of reciprocating compressors and their selection. |
Day 3:
0730-0800 |
Coffee & Social Meeting |
0800-1000 |
Design & materials for reciprocating compressor components, Operation & repair of reciprocating compressors, & Overhaul and repair of reciprocating compressors. |
1000-1020 |
Break. |
1020-1220 |
B Steam Turbine 1. Introduction: Why mechanical drive steam turbines are applied, & Steam turbine fundamentals. |
1220-1320 |
Lunch Break |
1320-1500 |
Over view of steam turbine types & controls, The formation of steam, & Steam turbine classification. |
1500-1520 |
Break. |
1520-1630 |
2. Turbine casing & major stationary components: Casing design & steam admission sections, Steam turbine diaphragms & labyrinth packing, & Bearing for mechanical drive turbines. |
Day 4:
0730-0800 |
Coffee & Social meeting |
0800-1000 |
Rotors for Impulse & Reaction turbines, Turbine blade design overview, & Turbine Auxiliaries. |
1000-1020 |
Break |
1020-1220 |
3. Boiler: Properties of boiler materials, Strength of shell, Boiler fixtures & attachments, Boiler accessories, Boiler operation, & Boiler repairs. |
1220-1320 |
Lunch Break |
1320-1500 |
4. Governors & control systems: Governor system terminology, NEMA classifications, & PG Governors & electronic governors. |
1500-1520 |
Break. |
1520-1630 |
5. Steam turbine accessories: Boiler feed pump, Economizers, Feed water & deaeration, treatment methods, regulator, & Injectors & safety valves. |
Day 5:
0730-0800 |
Coffee & social meeting |
0800-1000 |
6. Steam turbine troubleshooting & maintenance: Consideration of turbine steam path maintenance strategy, Steam path component alignment and stage spatial requirements, & Steam path damage induced by water. |
1000-1020 |
Break |
1020-1220 |
Operational events giving rise to steam path damage, Steam oath damage and deterioration from material property degradation and contaminants, & Operating damage mechanisms and refurbishment techniques for stationary components and rotating blades. |
1220-1320 |
Lunch break |
1320-1500 |
Seals, glands and sealing system, Quality assurance for replacement and refurbished steam-turbine components, & The manufacture and inspection requirements of steam turbine blades.
|
1500-1520 |
Break |
1520-1600 |
Ending the course ceremony, certificates & evaluation of the course |