Gas Supply Systems (FGSS) for ME-GI Ships
FGSS System
LNG to CNG Conversion for New Generation Engines
Tecnocryo: FGSS Systems for ME-GI Ships
Tecnocryo designs and manufactures Gas Supply Systems (FGSS) to convert LNG into CNG for new generation ME-GI engines for ships.
These systems are designed to be built according to the customer’s specifications. The partnership with Tecnocryo guarantees:
- Complete mechanical design and engineering
- Definition of equipment
- All-in-One Skid Modules
- Product Reliability and Quality
The feeding systems designed by Tecnocryo are:
High-pressure LNG pump skids (ME-GI type skid)
Double and Single Cryogenic Pump Skids
SPECIFICATIONS:
Complete Mechanical Design
Compactness
Extended Service Life
Reliability and Quality
Rules for Ships of Any Class or Register
QUALITY:
- Design and Production
- Installation and Assembly
- Testing and Inspection
- All carried out at Tecnocryo facilities
- Skids delivered with Class certification for installation on ships
Skids with double Cryogenic pump
TECHNICAL SPECIFICATIONS:
Type: LNG
Flow: up to 6200 kg/h (per pump)
Pressure: up to 370 barg
Temperature: -196°C / +65°C
Power: less than 200 kW (per pump)
Pump Speed: less than 340 rpm for long life
Hydraulic Efficiency: above 85%
Transmission: Lubricated gearbox for long life
Single Cryogenic Pump Skid
TECHNICAL SPECIFICATIONS:
Type: LNG
Flow: up to 1900 kg/h (per pump)
Pressure: up to 420 barg
Temperature: -196°C / +65°C
Power: less than 90 kW (per pump)
Pump Speed: less than 450 rpm
Hydraulic Efficiency: above 85%
Transmission: Pulley with toothed belts for easy maintenance
LNG VAPORIZATION SKID (HTF TYPE)
SPECIFICATIONS:
Compactness
Extended Service Life
Reliability and Quality
Rules for Ships of Any Class or Register
QUALITY :
- Design and Production
- Installation and Assembly
- Testing and Inspection
- All carried out at Tecnocryo facilities
- Skids delivered with Class certification for installation on ships
LNG Vaporization Skid (HTF)
TECHNICAL SPECIFICATIONS:
Type: LNG to CNG; glycol-water circuit for LNG vaporization; hot water as a heat source
LNG Flow: up to 6200 kg/h
Glycol-water: from 60 to 130 m3/h depending on the temperature difference
Hot Water: from 40 to 60 m3/h depending on the temperature difference
Pressure: designed for 10 barg for glycol-water and hot water
Temperature: between 55°C and 80°C
Power: less than 20 kW (per pump)
Overall Dimensions: 3 m x 3.5 m, height 3.2 m