This course covers both practical and theoretical aspects related to gas turbine operation and maintenance. At the end of the course, participants will have obtained sufficient knowledge to make the right decisions concerning the jost appropriate maintenance and operation strategy.
This course is also designed to provide a basic overview of object damage, borescope inspection, troubleshooting, application and monitoring engines condition. The majority of this course deals with damage evaluation and prevention. The last part is on proper preservation and corrosion control methods for maintaining all gas turbine engines in peak operating status.

• Maintenance and Operation Engineers
  
• Supervisors and Superintendents and for those associated with gas turbine operation and maintenance strategy

• Enable to note and evaluate the inconsistencies
  
• Establish internal reference points
  
• Building your reporting skills - report conclusions
  
• Master borescope inspections aids in determining the extent and prevention of DOD (domestic object damage)
  
• Correct any abnormal conditions
• Obtain a sound knowledge of Borescope Inspection, Object Damage, Prevention, and General Inspection Procedures

• Siklus Dasar
  
• Keuntungan Dan Kegunaan Gas Turbin
  
• Kerugian

2. KONVERSI ENERGI PADA TURBIN GAS

• Tekanan Dan Temperatur Mutlak
  
• Entalpi Dan Energi Kinetik
  
• Konversi Energi Pada Kompressor
  
• Konversi Energi Pada Ruang Bakar
  
• Konversi Energi Pada Turbin
  
• Konversi Energi Menyeluruh

3. ALIRAN FLUIDA PADA MESIN TURBIN GAS

• Pemisahan Aliran dan Stall
  
• Surge And Rotating Stall
  
• Gesekan Dan Turbulence
  
• Aliran Tercekik

4. APLIKASI

• Propulsi Pesawat Terbang
  
• Produksi Energi Listrik
  
• Pipeline Pumping
  
• Transportasi Non Pesawat Terbang
  
• Turbin Gas Berbahan Bakar Kayu

5. KOMPONEN TURBIN GAS

• Kompresor
  
• Kompresor Sentrifugal
  
• Kompresor Aksial
  
• Ruang Bakar
  
• Turbin
  
• Mesin Turbin Gas

6. TEORI TENTANG DESAIN DAN PEMBUATAN KOMPONEN TURBIN GAS

• Sifat-sifat Pembuatan Material
  
• Kompresor Dan Ruang Bakar
  
• Temperatur Pada Area Turbin
  
• Pemilihan Material

7. PERAWATAN GAS TURBIN

• Pendahuluan
  
• Penyaringan Udara Masuk
  
• Erosi Dan Kerak Pada Kompresor
  
• Kerusakan Karena Benda Asing
  
• FOD Pada Turbin
  
• Korosi Panas
  
• Kebakaran, Getaran dan Bahan Bakar
  
• Kesimpulan

8. PERAWATAN GAS TURBIN LANJUTAN

• Jadwal Inspeksi
  
• Tindakan Pencegahan
  
• Inspeksi Borescope
  
• Pengujian Retakan
  
• Bantalan
  
• Nosel Bahan Bakar
  
• Saringan

9. MONITORING

• Sistem Kontrol Mesin
  
• Data Operasi
  
• Analisis Diagnostik
  
• Instrumentasi
  
• Sensor Tekanan
  
• Pengukuran Getaran
  
• Pengukuran Kecepatan Rotasi