LNG Process

FLNG Process Overview

The Liberty Bay FLNG facility integrates a streamlined LNG production system, ensuring efficient processing, storage, and global distribution.

01

Gas Pretreatment

  • Removal of impurities
  • Ensures LNG quality and system integrity
02

Liquefaction

  • Conversion into LNG for storage and export
03

Storage & Offloading

  • LNG stored in cryogenic systems
  • Transferred to carriers for global distribution

Outside Battery Limits (OSBL)

Supporting infrastructure ensures safe, efficient, and continuous operations across the facility.

Utility Systems: Power generation and processing support
Storage Facilities: LNG storage and handling
Marine Systems: Mooring, offloading, and risers
Living Quarters: Accommodation for 150–200 personnel
Strategic Advantage

FLNG vs Onshore LNG

Unlike traditional onshore LNG projects burdened by lengthy approvals and land complexities, Liberty Bay FLNG delivers a faster, cleaner, and more predictable development pathway.

FLNG Platform

Faster Permitting Cycle

Reduced reliance on multi-agency land permits and faster environmental approvals enable rapid project execution.

Simplified Regulatory Framework

Avoids zoning, land-use conflicts, and complex compliance layers with fewer stakeholders involved.

Lower Development Risk

No land acquisition delays, reduced legal exposure, and stronger certainty in project timelines.

Capital Efficiency & Speed

Modular offshore construction enables parallel execution with predictable cost and schedule outcomes.

Strategic Advantages of Liberty Bay FLNG

Strong market positioning Reliable feedstock supply High commercial viability Optimized offshore location Accelerated path to FID
Technology & Innovation

Engineering the Future of FLNG

Liberty Bay FLNG integrates advanced offshore engineering, proven liquefaction technology, and modular design to deliver a safe, efficient, and scalable LNG solution.

Six-Leg Jack-Up FLNG Design

  • Enhanced structural stability
  • Withstands harsh offshore conditions
  • Maximized equipment integration
  • Improved safety and efficiency

Efficient Technology

  • High efficiency and reliability
  • Reduced energy consumption
  • Optimized for offshore environments
  • Proven LNG liquefaction performance

Engineering Excellence

  • Advanced offshore engineering
  • Safety-focused design approach
  • Modular and scalable systems
FLNG Technology