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Block Logic Saturn Compressor

Block Logic Saturn Compressor

DESKRIPSI Block Logic Saturn Compressor 

Pelatihan Block Logic Saturn Compressor dirancang untuk memberikan pemahaman mendalam mengenai sistem kontrol, logika operasi (block logic), proteksi, interlock, serta troubleshooting pada Saturn Gas Turbine Driven Compressor yang banyak digunakan di industri minyak dan gas, petrokimia, LNG, pembangkit listrik, dan fasilitas proses lainnya.

Pelatihan ini membahas filosofi kontrol, urutan operasi (sequence of operation), sistem proteksi, alarm, shutdown logic, start-up dan shutdown procedure, serta analisis gangguan pada sistem Saturn Compressor. Peserta akan memperoleh kemampuan untuk memahami hubungan antara sistem mekanik, instrumentasi, kontrol, dan keselamatan operasi sehingga mampu melakukan monitoring, troubleshooting, dan optimasi operasi secara efektif.

MANFAAT PELATIHAN Block Logic Saturn Compressor

Setelah mengikuti pelatihan ini, peserta diharapkan mampu:

• Memahami prinsip kerja Saturn Compressor dan sistem penggeraknya.
• Memahami filosofi kontrol dan block logic sistem compressor.
• Menginterpretasikan control logic diagram dan interlock system.
• Memahami sequence start-up, normal operation, dan shutdown.
• Mengidentifikasi alarm, trip, dan protective functions.
• Melakukan troubleshooting terhadap gangguan operasi compressor.
• Memahami integrasi sistem instrumentasi, kontrol, dan proteksi.
• Meningkatkan keandalan dan keselamatan operasi compressor.

MATERI Training Block Logic Saturn Compressor Block Logic Saturn Compressor 

Introduction to Saturn Compressor System

Overview Saturn Compressor

• Fungsi dan aplikasi compressor
• Saturn gas turbine overview
• Komponen utama compressor package
• Konfigurasi sistem compressor

Prinsip Kerja Compressor

• Gas compression process
• Compressor performance characteristics
• Operating envelope
• Surge dan stall phenomena

Saturn Gas Turbine Fundamentals

Gas Turbine Components

• Air intake system
• Compressor section
• Combustion chamber
• Turbine section
• Exhaust system

Gas Turbine Operation

• Starting sequence
• Acceleration process
• Load control
• Shutdown sequence

Performance Parameters

• Speed
• Temperature
• Pressure
• Fuel consumption

Compressor Control Philosophy

Dasar Sistem Kontrol

• Process control concepts
• Open loop dan closed loop control
• Control objectives

Compressor Control Functions

• Capacity control
• Pressure control
• Speed control
• Load sharing

Control Strategies

• Automatic control
• Manual control
• Remote operation

Block Logic Fundamentals

Konsep Block Logic

• Logic functions
• Cause and effect matrix
• Logic solver principles

Logic Symbols and Diagrams

• AND gate
• OR gate
• NOT gate
• Latching functions
• Timer functions

Reading Logic Diagrams

• Functional block diagram
• Control narrative
• Interlock diagram

Start-Up and Shutdown Logic

Pre-Start Conditions

• Permissive checks
• System readiness verification
• Auxiliary systems status

Start-Up Sequence

• Cranking sequence
• Ignition sequence
• Warm-up process
• Synchronization process

Shutdown Sequence

• Normal shutdown
• Emergency shutdown
• Cool-down sequence

Sequence Verification

• Logic validation
• Event monitoring

Compressor Protection and Interlock System

Protective Functions

• High discharge pressure
• High vibration
• High bearing temperature
• Low lube oil pressure
• High gas temperature

Interlock System

• Start permissive logic
• Shutdown interlock
• Safety interlock

Emergency Shutdown System (ESD)

• ESD philosophy
• ESD levels
• ESD response actions

Instrumentation and Monitoring System

Compressor Instrumentation

• Pressure transmitters
• Temperature sensors
• Flow transmitters
• Vibration monitoring

Monitoring Parameters

• Suction pressure
• Discharge pressure
• Bearing temperature
• Lube oil pressure
• Turbine speed

Data Interpretation

• Trend analysis
• Alarm analysis
• Performance monitoring

Alarm, Trip and Troubleshooting

Alarm Management

• Alarm prioritization
• Alarm response procedures
• Alarm rationalization

Trip Analysis

• First-out indication
• Trip investigation
• Event logging

Troubleshooting Techniques

• Fault diagnosis
• Root Cause Analysis (RCA)
• Corrective action planning

Common Problems

• Compressor surge
• High vibration
• Temperature excursions
• Instrument failure

Reliability and Maintenance of Saturn Compressor

Maintenance Strategy

• Preventive maintenance
• Predictive maintenance
• Condition-based maintenance

Reliability Improvement

• MTBF analysis
• MTTR analysis
• Availability improvement

Performance Optimization

• Efficiency monitoring
• Operational best practices
• Reliability enhancement program

Workshop & Case Studies

Case Study 1

• Start-up failure analysis

Case Study 2

• High vibration trip investigation

Case Study 3

• Compressor surge incident

Workshop

• Membaca dan menganalisis block logic diagram
• Analisis cause and effect matrix
• Simulasi troubleshooting alarm dan trip

• Penyusunan corrective action plan

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