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Gas Engine Principles and Practices |
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DESIGNED FOR : - Mechanical, Rotating, Construction, and Project Engineers
- Operators, Technicians, Maintenance Personnel who involved in installation, testing, and maintenance of diesel engine system
- Any other technically trained individuals that desire a more in-depth foundation in gas engine technology
BENEFITS : - Vast understanding of gas engine system and supercharger technology
- Gain crucial knowledge of fuels optimization and system
- Gain essential knowledge on appropriate operation and functions related to ignition know-how
- Improve analytical and troubleshooting skills on engine failure and maintenance basic procedures
- Able to conduct proper motor or engine monitoring schedule and basic management
- Familiar with turbocharger design, how it works and its advantages!
COURSE CONTENT : 1. BRIEF HISTORY - Turbine and Combination Cycles
2. FUNDAMENTAL THEORY OF GAS ENGINE - Introduction
- Constant Volume and Pressure
- How Engine Works?
- General Parameters
- Fuels
- Combustion Principles and Characteristics
3. FUELS DISTRIBUTION AND REGULATOR - Gas Regulator System
- Gas Regulator Components
- Gas Carburetor
- Valve Controller and Fuels Distributor
4. FUELS CONSUMPTION 5. IGNITION PRINCIPLES - Direct Ignition
- Torch Ignition
- Modern Design
6. IGNITION - Ignite-Transition
- High Voltage Capacitor (HVC)
- Comparison: HVC versus Ignite-Transition
- Power and its Application
- Generator and Sensor
- Electronic-Controlled Ignition
7. SUPERCHARGER TECHNOLOGY - Main Purposes of Supercharger
- Turbocharger
- Turbocharger-Specific Construction
- Pressure Controller and Cooler System
- Turbocharger Design
8. ARRANGEMENT AND ENGINE MONITORING - Air-Fuel Ratio
- Motor Load and Rotation
- Lubricant Monitoring
- Gas Detection
- Electric-motor Management
9. DISPOSABLE GAS - Atjosphere Pollution
- Three-Phase Catalyst and Catalyst Reduction
- Alternative Methods
10. COMBUSTION TECHNOLOGY 11. GAS ENGINE APPLICATIONS WORLDWIDE |