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 Cryogenic centrifugal and reciprocating pumps
Targets:
 To familiarise participants with the theory, concepts, construction and components of cryogenic pumps conceived and manufactured by Cryostar.
To teach participants maintenance procedures and specific repairs.
Teaching Objectives:
To assimilate trade terminology.
To know the function and construction of principle parts and associated auxiliaries.
To assimilate procedures to start, operate, load and stop the pumps safely.
To apply maintenance methods recommended by Cryostar to optimize equipment operation and reliability.
To understand security systems function and the principle loops of control.
To diagnose and tackle specific repair methods for cryogenic pumps in their user environment.
To master dismantling/re-mantling and installation techniques.
Preliminary requirements:
An elementary knowledge in general mechanics and/or mechanical maintenance.
Contents of the course by module
Module 1: Introduction – safety rules
Module 2: Theoretical principles and applicable physics
Module 3: Conception - construction -technology
Module 4: Associated auxiliaries – electronic panels and cabinets
Module 5: Instrumentation-safety systems
Module 6: Installation – start-up – Set points
Module 7: Maintenance and troubleshooting
Module 8: Dismantling – re-assembling - tests
Module 9: Review – evaluations – conclusions
 Expander turbines with oil or magnetic bearings
Targets:
To familiarise participants with the theory, conception, construction and components of the various expander turbines with oil or magnetic bearings designed and manufactured by Cryostar, in the air gases or hydrocarbons sectors.
To teach participants maintenance procedures and specific repairs.
Teaching Objectives:
To assimilate trade terminology
To know the function and the construction of principle parts and associated auxiliaries
To assimilate procedures to start, operate, load and stop the turbines safely. To apply maintenance methods recommended by Cryostar to optimize equipment operation and reliability.
To understand security systems function and the principle loops of control.
To diagnose and tackle specific repair methods for turbines in their user environment.
To master dismantling/re-assembling and installation techniques.
Preliminary requirements:
A good knowledge in general mechanics and/or mechanical maintenance.
Contents of the course by module
Module 1: Introduction – safety rules
Module 2: Theoretical principles and applicable physics
Module 3: Conception - construction –technology
Module 4: Associated auxiliaries – electronic panels and cabinets
Module 5: Instrumentation-safety systems
Module 6: Installation – start-up – Set points
Module 7: Maintenance and repairs
Module 8: Dismantling – re-assembling – tests
Module 9: Review – evaluations – conclusions
 Shipboard equipment for LNG carriers
Targets:
To familiarise participants with the theory, conception, construction and components of various compressors, exchangers and reliquefaction units designed and manufactured by Cryostar, in the domain of equipment for methane carriers and on-shore installations.
To teach crews the procedures of management, maintenance and specific troubleshooting.
Teaching Objectives:
To assimilate trade terminology
To know the function and the construction of different machines and associated auxiliarie.
To assimilate procedures to start, operate, load and stop the equipment for methane ships safely.
To apply maintenance methods recommended by Cryostar to optimize equipment operation and reliability.
To understand security systems function and the principle loops of control.
To diagnose and tackle specific repair methods for equipments in their user environment.
To master dismantling/re-assembling and installation techniques.
Preliminary requirements:
A good knowledge in general mechanics and/or mechanical maintenance.
Contents of the course by module
Module 1: Introduction – safety rules
Module 2: Theoretical principles and applicable physics
Module 3: Conception - construction –technology
Module 4: Associated auxiliaries – electronic panels and cabinets
Module 5: Instrumentation-safety systems Module 6: Installation – start-up – Set points
Module 7: Maintenance and repairs
Module 8: Dismantling – re-assembling – tests
Module 9: Review – evaluations – conclusions
Course types
| Course |
Duration |
Ref. |
| Reciprocating pumps – industrial gases |
2 to 3 days |
RPIG |
| Reciprocating pumps – process applications |
2 to 3 days |
RPPA |
| Centrifugal pumps – industrial gases |
2 to 3 days |
CPIG |
| Centrifugal pumps – process applications |
2 to 3 days |
CPPA |
| Oil-brake loaded expansion turbine - ECO |
3 days |
TEOB-ECO |
| Oil-brake loaded expansion turbine – TP |
4 to 5 days |
TEOB-TP |
| Compressor loaded expansion turbine – TC |
4 to 5 days |
TEOB-TC |
| Electric generator turbine – TG |
4 to 5 days |
TEOB-TG |
| Oil-brake loaded expansion turbine and compressor – TFC |
4 to 5 days |
TEOB-TFC |
| Electric generator expansion turbine - LTG |
4 to 5 days |
TEOB-LTG |
| Compressor loaded expansion turbine with magnetic bearings - MTC |
4 to 5 days |
TEMB-MTC |
| Turbo-generator with magnetic bearings - MTG |
4 to 5 days |
TEMB-MTG |
| Equipment for conventional propulsion LNG carriers |
2 days |
LSE-CP |
| Equipment for DFDE propulsion LNG carriers |
2 to 3 days |
LSE-DFDEP |
| Re-liquefaction equipment for LNG carriers - EcoRel |
3 to 5 days |
LSE-ECOREL |
| LNG equipment for on-shore terminal |
2 days |
LOSE |
| Active Magnetic Bearings – knowledge level |
On demand |
AMB-KNW |
| Active Magnetic Bearings – Advanced level |
On demand |
AMB-ADV |
| Electrics for Mechanical Engineers |
On demand |
EME |
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