Fuel conditioning systems for diesel engines

Ensure optimal fuel quality for your diesel engines by precisely controlling viscosity and temperature. This system enhances efficiency and reliability in demanding marine and power station environments, providing consistent fuel performance under variable conditions.

Optimizes Fuel Viscosity and Temperature for Engines

The ViscoBoosterUnit from GEA is designed to ensure optimal fuel processing for marine and power generation applications. The unit specializes in conditioning fuel by controlling its viscosity and temperature, crucial for efficient diesel and marine engine operation. This system uses advanced multi-stage treatment modules, including purpose-built booster pumps and heavy fuel oil preheaters, to achieve precise injection conditions. It is ideal for ship operators and power station managers seeking reliable fuel supply systems, delivering viscosity-optimized fuel for marine engines and processed fuel for power station turbines. Capable of handling various consumption levels to match engine power ratings, it integrates seamlessly into existing fuel systems with compact, lightweight construction. Automation is achieved through continuous operation, offering system pressure maintenance and easy-to-maintain components. The ViscoBoosterUnit’s robust material options ensure corrosion resistance, while compliance with major classification societies enhances safety and reliability. Additionally, it provides customizable configurations to meet diverse engine and fuel requirements, supported by GEA’s engineering expertise.

Benefits

  • Enhances engine efficiency by ensuring precise fuel viscosity and temperature control.
  • Minimizes maintenance downtime with compact, easy-to-install units.
  • Supports multiple engines with customizable configurations to meet specific needs.
  • Reduces operational costs through reliable, continuous automated performance.
  • Ensures compliance with major marine and power industry standards for safety and quality.

General


Applications
Gas,Power stations,Diesel engines,Energy industries,Oil,Heavy fuel oil,Marine applications
End products
Viscosity-optimized fuel for marine engines,Clean oil for energy generation systems,Processed fuel for power station turbines,Fuel supply systems for ship engines,Heavy fuel oil treated for diesel engines
Steps before
Fuel storage,Fuel transfer,Pre-heating,Fuel purification
Steps after
Engine injection,Fuel monitoring,Exhaust management
Input ingredients
heavy fuel oil,fuel oils
Output ingredients
optimized fuel supply,injection viscosity,injection temperature,system pressure
Market info
GEA is known for its expertise in engineering innovative and sustainable equipment and solutions, focusing on sectors such as food, beverages, pharmaceuticals, and energy, with a reputation for quality, efficiency, and advanced technological applications in industrial processing.

Technical Specifications


Injection viscosity
10-24 cSt
Injection temperature
120-150 °C
System pressure
Purposed-built
Fuel type compatibility
Heavy Fuel Oil
Engine compatibility
Main and auxiliary engines
Booster pump function
Stand-by available
Compact design
Yes
Reliability
High
Installation ease
Easy to install
Maintenance
Simple
Classification approval
Major classification societies

Operating Characteristics


Working mechanism
Viscosity control and temperature regulation
Integrated steps
Fuel treatment to meet injection requirements
Temperature control
120-150°C
Pressure system
Booster pumps for system pressure
Adaptability
Variety of system solutions depending on engine manufacturer
Compact design
Yes
Ease of maintenance
Simple to maintain
Reliability
High reliability of main components

Material Compatibility


Density/particle size
0.5–2.5 g/cm³ / 50–1000 µm

Physical Characteristics


System Footprint
Compact
Weight
Lightweight
Discharge Method
Integrated with injection system
Integration Capability
Multiple engine connections

Custom Options


Control panel type
HMI/PLC
Integration possibilities
Multiple engine configurations
Pressure customization
System pressure adjustment
Temperature control
120-150 °C range
Viscosity adjustment
10-24 cSt range
Stand-by function
Available