Engineering at the
Edge of Cold.
Gas2Power's cryogenic engineering team operates at the most demanding extreme of the energy infrastructure spectrum — designing, building, and maintaining systems that manage LNG at −162°C with zero tolerance for error.
— Overview
Precision engineering where temperature and safety are everything.
Cryogenic engineering is not a specialty — it is the foundation of the entire LNG value chain. Every terminal, every FSRU, every satellite storage facility depends on engineering that operates without failure at temperatures that would destroy conventional materials. Gas2Power's cryogenic team combines 15+ years of LNG cold chain experience with proprietary engineering methods developed on live infrastructure.
−162°C
Operating Temp
99.8%
System Integrity
48+
MTPA Throughput
15+
Years Experience
— Core Capabilities
Every system in the LNG cold chain.
Storage
LNG Storage Tank Engineering
Full containment and membrane LNG storage tank design, contractor qualification, inspection systems, and commissioning management.
Transfer
Cryogenic Transfer Systems
Unloading arms, cryogenic piping, flexible hoses, and emergency release couplings for ship-to-shore and FSRU transfer operations.
BOG
BOG Management Systems
Boil-off gas recovery compressors, reliquefaction systems, and reinjection infrastructure that converts losses into recoverable energy.
Vaporization
Heat Exchanger Design
Open rack vaporizers (ORV), submerged combustion vaporizers (SCV), and ambient air vaporizers (AAV) sized for your send-out requirements.
Instrumentation
Cryogenic Instrumentation
Temperature, pressure, flow, and level measurement systems rated for LNG service, with redundant sensor architectures.
FSRU
FSRU Systems Integration
Full cryogenic systems engineering for FSRU vessels including mooring, hawser, loading arm, and emergency disconnect systems.
— Engineering Depth
Built for the limits of what is possible.
— Thermal Control
Thermal Management Systems
Continuous thermal gradient monitoring across tank insulation layers, predictive BOG generation modeling, and automatic control of pressurization and cooldown systems.
— BOG Recovery
BOG Recovery as Energy Asset
Gas2Power reframes BOG not as a loss but as a recoverable energy source. Our BOG management systems integrate with turbine fuel supply, reliquefaction trains, and grid-connected power generation.
— Engineering Process
From assessment to safe handover.
Cryogenic Assessment
System Design
Material Specification
Fabrication & Testing
Installation
Commissioning & Handover
— Operational Record
Cryogenic systems. Proven in the field.
Full Containment Tank
Southeast Asia
12 MTPA full containment LNG storage facility with integrated BOG management.
12 MTPA
Capacity
180,000 m³
Tank Type
98%
BOG Recovery
FSRU Cryogenic Systems
Middle East
FSRU cryogenic systems overhaul extending vessel operational life by 12 years.
138,000 m³
Vessel
12 yr
Life Extension
99.9%
Integrity
Satellite Storage
Northern Europe
Peak-shaving satellite LNG storage facility for gas distribution network.
2,200 m³
Storage
45 t/h
Send-out Rate
3 Active
Applications
— What You Get
Zero tolerance. Zero compromise.
- Purpose-designed for −162°C operations
- Full containment, membrane, and FSRU tank expertise
- BOG management as energy recovery, not just cost control
- Material qualification and welding procedures
- Pressure test and cool-down planning
- Cryogenic instrumentation specification and procurement
- Inspection and non-destructive testing
- Emergency systems engineering and safety reviews
- Integration with SCADA and process control
- Post-commissioning support and training
Start a Project
The right infrastructure partner changes everything.
Tell us about your energy infrastructure needs. Whether you're a government, utility, investor, or hyperscale operator — our team responds within one business day with a tailored engagement plan.