FSRD UWA
Fluid Science & Resources and LNG Futures at the University of Western Australia (UWA)
The Fluid Science & Resources Division is a research group at the University of Western Australia undertaking applied research broadly under four research areas,
Thermophysics | NMR | Flow Assurance | Gas Separations
Our research is strongly aligned with industry which includes but is not limited to the Oil & Gas, Mining and Water industries.
The Australian Centre for LNG Futures is an Australian Research Council (ARC) Industrial Transformation Training Centre. Our research is in Liquefied Natural Gas (LNG) striving for cost effective LNG at all scales and in deep water and remote locations. The LNG research has a strong industry focus and aims to increase growth, productivity and capabilities in this key Australian industry.
www.fsr.ecm.uwa.edu.au/
www.lngfutures.edu.au
An OLGA Extension for Water Systems
Improvements in Modelling the Effect of Salts on Hydrate Equilibria
A Framework for Understanding Hydrate Nucleation at the Field Scale
Hydrate Formation Likelihood Using the Hazard Rate Function
The Curtin Corrosion Centre - Solving Industry's Corrosion & Materials Challenges
Predicting Flowability in Hydrate Forming Production Systems
Nucleation Size Scaling Studies for Flow Assurance Solutions
Surface Active Synergies: Corrosion Inhibitors for Hydrate Management
Improving Hydrate Phase Boundary Predictions
Scaling Benchtop Nucleation Predictions for Field Applications
A Conceptual Model for Scaling Nucleation Measurements to Flowlines
A New Tool for Hydrate Phase Boundary Predictions
Hydrate Formation in Gas Expansion
Hydrate Particle Cross-Interactions with Protective Corrosion Scales
Understanding and Avoiding Hydrate Blockages in Water Dominant Systems
The Return of KHIs
Quantifying KHI Performance for Industrial Systems
Exploring the Under-Inhibition Potential of Regenerated MEG
ViHy: Field Scale Validation of World's First Hydrate Blockage Model
A New Joule Thomson Expansion Loop
Evaluating Film Growth for Cold Flow Systems
Future Energy Exports in Australia
New Pathways to Enable Tieback Developments
Composite Materials to Support Long Subsea Tiebacks
Advanced Predictive Tools to Optimise MEG Dosage
Deploying Nucleation Predictions for Risk-Based Design
Australian Centre for LNG Futures Public Lecture: Boil Off Gas and Cryogenic Solids
Tutorial 3 Solubility and Solid Phase Diagram
Tutorial 2 TP Flash Calculation
Tutorial 1 ThermoFAST Installation