1. Project Background
Overview:
| Item | Details |
|---|---|
| Location | Bangladesh |
| Application | Power Plant Ignition System |
| System Type | LPG Vaporizer Station |
| Heating Method | Electric Water Bath LPG Vaporizer |
| Vaporization Capacity | 400 Nm³/h |
| Working Pressure | 0.8 MPa |
| Solution | Integrated LPG Vaporization & Pressure Regulating Skid |
| Project Type | Skid-mounted Equipment Supply |
In recent years, the power generation industry in Bangladesh has been developing rapidly, creating strong demand for reliable power plant ignition systems and stable LPG gas supply solutions.
For thermal power plants, the ignition system plays a critical role in ensuring safe and efficient startup. However, traditional fuel systems often face challenges such as unstable gas supply, incomplete vaporization, and low ignition success rates.
To address these issues, the client required a high-efficiency LPG vaporizer station capable of delivering continuous, stable, and fully vaporized LPG gas for high-energy ignition applications.
2. Operating Conditions and Technical Parameters
The LPG supplied to the ignition system requires stable vaporization and pressure control. The key operating parameters are as follows:
- Design Vaporization Capacity: 400 Nm³/h
- Working Pressure: 0.8 MPa
- Heating Method: Electric water bath LPG vaporizer
- System Type: Skid-mounted LPG vaporizer station
This LPG vaporization system ensures a continuous and stable gas supply to the power plant ignition system.
3. Customer Pain Points & Challenges
The client faced several challenges when selecting an appropriate LPG vaporizer system:
1. High Reliability Requirement
Power plant ignition systems require instant and stable gas supply, with zero tolerance for interruption.
2. Vaporization Stability Issues
Conventional LPG systems may cause:
- Incomplete vaporization
- Liquid carryover
- Pressure fluctuation
3. Safety Concerns
Handling LPG under 0.8 MPa pressure requires a high-safety LPG vaporizer station design.
4. Maintenance and Operation Efficiency
The system must be:
- Easy to operate
- Low maintenance
- Suitable for continuous industrial operation
4. Our Customized LPG Vaporizer Solution
Efficient Electric Water Bath LPG Vaporizer
We adopted an electric water bath heating system to ensure:
- Uniform LPG heating
- Complete LPG vaporization
- Stable gas output
- High thermal efficiency
This electric water bath LPG vaporizer is ideal for continuous industrial LPG gas applications.
Stable Pressure Regulating System
The system ensures:
- Stable output pressure at 0.8 MPa
- Smooth gas flow for ignition system
- No pressure fluctuation
This guarantees reliable operation of the power plant ignition system.
Integrated Skid-Mounted LPG Vaporizer Station
The system is designed as a compact skid-mounted LPG vaporizer station, integrating:
- LPG vaporizer unit
- Pressure regulating system
- Safety protection devices
- PLC control cabinet
This modular design allows:
- Fast installation
- Reduced on-site work
- Easy transportation
5. Core Advantages: Why Choose Our LPG Vaporizer Station?
- High-Efficiency LPG Vaporizer System
Electric heating ensures energy-saving and stable operation - Reliable LPG Gas Supply for Power Plant
Continuous and stable LPG vaporization - Advanced Safety Design
Multiple protection systems for pressure and temperature - Compact Skid-Mounted Design
Easy installation and maintenance - Low Maintenance Cost
Simplified system with high durability
6. Customer Benefits & ROI
- Stable ignition performance for power plant systems
- Continuous LPG gas supply without interruption
- Improved combustion efficiency
- Reduced operational downtime
- Lower long-term maintenance costs
The project significantly improved the overall reliability of the power plant ignition system, ensuring stable and efficient power generation.
7. Typical Application Scenarios
This LPG vaporizer station is widely used in:
- Power plant ignition systems
- Industrial LPG gas supply systems
- LPG vaporization and pressure regulating stations
- SNG (synthetic natural gas) systems
- Boiler and furnace fuel gas systems

