PRECISION ENGINEERING FOR FLNG EXCELLENCE

Murphy's Curves provides the industry's most advanced engineering calculation suite for Floating Liquefied Natural Gas operations. Developed by experts, trusted by professionals worldwide.

28+
Engineering Modules
99.2%
Accuracy Rate
1.8k+
Industry Users

Engineering Capabilities

Murphy's Curves offers the most comprehensive set of FLNG engineering calculations in the market, trusted by top operators worldwide.

Hydrodynamic Analysis

Advanced motion response and wave load calculations for FLNG vessels in extreme conditions.

Process Optimization

Precise LNG liquefaction process modeling and optimization tools for maximum efficiency.

Offloading Systems

Dynamic positioning and offloading calculations for safe LNG transfer operations.

Structural Integrity

Comprehensive structural analysis for hull, turret, and mooring systems under various load cases.

Cryogenic Systems

Thermal and stress analysis for LNG containment systems and cryogenic piping.

Power Management

Integrated electrical load analysis and power generation optimization tools.

Engineering Calculations

Experience the precision of Murphy's Curves with our industry-leading calculation modules

Mooring Analysis
LNG Boil-off
Tank Sloshing
Process Cooling
Structural Stress

Mooring Analysis Results

Maximum Line Tension:
Safety Margin:
Vessel Offset:
Fatigue Life:
Recommendation:

FLNG Offloading Calculations

Precision calculations for LNG transfer operations based on Murphy's Curves proprietary algorithms

Input Parameters

Calculation Results

Annual Operating Days
Annual LNG Production (Tonnes)
LNG Volume per Year (m³)
Inventory Turns per Year
Tank Pumping Rate (m³/hr)
Pump Rate per Tank (m³/hr)
Pump Rate per Tank (m³/day)
Feed Gas Flowrate (Sm³/hr)
Feed Gas Flowrate (mmscfd)
LNG Production Rate (m³/day)
LNG Production Rate (kg/day)

Offloading Time Analysis

Carrier Size (m³) Full Operation (hr) 1 Pump Failure (hr) 2 Pump Failure (hr) Stagnant LNG Volume (m³) Available Cargo Volume (m³)
180,000
225,000
265,000