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# Futurelab at UWA

Building A Better World Together

## Sitemaps

- [XML Sitemap](https://futurelabatuwa.com.au/sitemap.xml): Contains all public & indexable URLs for this website.

## Posts

- [Pipeline Scanning & Inspection (X-ray sled)](https://futurelabatuwa.com.au/pipeline-scanning-inspection-x-ray-sled/) - The Mini Z scanner is being used on-site to take images of pipe insulation and to indicate possible moisture under the insulation.
- [Shear Stress Amplification and Scour Around Subsea Structures](https://futurelabatuwa.com.au/well-cementing-data-analysis/) - Shear Stress Amplification and Scour Around Subsea Structures - Futurelab at UWA
- [Data-Driven Real-Time Prediction of Ocean Responses](https://futurelabatuwa.com.au/data-driven-real-time-prediction-of-ocean-responses-2/) - Data-Driven Real-Time Prediction of Ocean Responses - Futurelab at UWA
- [Elongation of Pipeline Spans Over Buckle Initiators](https://futurelabatuwa.com.au/elongation-of-pipeline-spans-over-buckle-initiators/) - Elongation of Pipeline Spans Over Buckle Initiators - Futurelab at UWA
- [A Feasibility Study of the Detection of Pipeline Dynamics Response Using Distributed Optic Fibre Strain and Discretely Located Accelerometers](https://futurelabatuwa.com.au/a-feasibility-study-of-the-detection-of-pipeline-dynamics-response/) - A Feasibility Study of the Detection of Pipeline Dynamics Response Using Distributed Optic Fibre Strain and Discretely Located Accelerometers
- [Robust, Automated Cameras for Biodiversity Assessments from Industrial ROVs](https://futurelabatuwa.com.au/robust-automated-cameras-for-biodiversity-assessments-from-industrial-rovs/) - Robust, Automated Cameras for Biodiversity Assessments from Industrial ROVs - Futurelab at UWA
- [Rapid Greenwater Testing in the Wave Flume](https://futurelabatuwa.com.au/rapid-greenwater-testing-in-the-wave-flume-2/) - Project Description During concept design for new offshore facilities, decisions often need to be made with only limited time and resources (for example, determining the hull geometry of an FPSO). Experimental testing was undertaken in the 54 m long wave flume at the University of Western Australia (UWA) to investigate the effectiveness of a sponson
- [Planning the Recovery of an Anti-Marine Growth Structure](https://futurelabatuwa.com.au/planning-the-recovery-of-an-anti-marine-growth-structure-2/) - Planning the Recovery of an Anti-Marine Growth Structure - Futurelab at UWA
- [Low Cost Under Water Data Acquisition System](https://futurelabatuwa.com.au/low-cost-under-water-data-acquisition-system-2/) - Low Cost Under Water Data Acquisition System - Futurelab at UWA
- [Rapid Bar Coding and DNA Sequencing Kit](https://futurelabatuwa.com.au/rapid-bar-coding-and-dna-sequencing-kit-2/) - Rapid Bar Coding and DNA Sequencing Kit - Futurelab at UWA
- [Scouring Assessment of Compound Subsea Structures:  Field Observation vs. State of the Art Practice](https://futurelabatuwa.com.au/scouring-assessment-of-compound-subsea-structures-field-observation-vs-state-of-the-art-practice-2/) - Scouring Assessment of Compound Subsea Structures: Field Observation vs. State-of-the-Art Practice
- [Mealworms – Taking a Bite out of Plastic Pollution](https://futurelabatuwa.com.au/mealworms-taking-a-bite-out-of-plastic-pollution/) - Mealworms – Taking a Bite out of Plastic Pollution - Futurelab at UWA
- [Developing Better Design Guidance about Role of Field Joints in Initiating Pipeline Scour for Trunklines](https://futurelabatuwa.com.au/developing-better-design-guidance-about-role-of-field-joints-in-initiating-pipeline-scour-for-trunklines-2/) - Project Description The STABLEpipe design guideline authored by UWA and published by DNV presents guidance on how to account for sediment mobility, scour and sedimentation in pipeline stability design. This guideline has been applied to offshore NWS pipeline engineering projects in recent years. A key learning from this guideline is that scour initiation points along
- [Network of Floating Offshore Wind Turbines](https://futurelabatuwa.com.au/network-of-floating-offshore-wind-turbines-2/) - Network of Floating Offshore Wind Turbines - Futurelab at UWA
- [Uncovering Carbon Sink Potential of Australian Kelp Forests](https://futurelabatuwa.com.au/uncovering-carbon-sink-potential-of-australian-kelp-forests-2/) - Project Description Until recently, there has been no industry data to support kelp forests in carbon sink frameworks and carbon offset schemes. This project conducted pilot studies to measure the abundance and particle size of kelp material moving from shallow reefs to deeper, offshore habitats (40 to 100 m deep) off multiple reefs adjacent to
- [Testing the Potential for Marine Growth to Disrupt VIV on Long Spans on Woodside Pipelines](https://futurelabatuwa.com.au/testing-the-potential-for-marine-growth-to-disrupt-viv-on-long-spans-on-woodside-pipelines-2/) - Testing the Potential for Marine Growth to Disrupt VIV on Long Spans on Woodside Pipelines - Futurelab at UWA
- [Testing Waters with DNA ZOO Technology to Build Genomic Resources for Critical Marine Habitat-Forming Species of Seagrasses](https://futurelabatuwa.com.au/testing-waters-with-dna-zoo-technology-to-build-genomic-resources-for-critical-marine-habitat-forming-species-of-seagrasses-2/) - Testing Waters with DNA ZOO Technology - Futurelab at UWA
- [Using Acoustic Telemetry to Detect Tagged Marine Megafauna such as Whale Sharks around Oil and Gas Infrastructure](https://futurelabatuwa.com.au/using-acoustic-telemetry-to-detect-tagged-marine-megafauna-such-as-whale-sharks-around-oil-and-gas-infrastructure-2/) - Project Description Offshore oil and gas (O&G) infrastructure such as pipelines, wells and platforms have proliferated along continental margins worldwide. These structures are colonised by sessile and motile invertebrates to form artificial reefs, which in turn attract fish and larger fauna (Thomson et al. 2018, McLean et al. 2019). The role of these structures as
- [Characterising Marine Growth that Disables Subsea Equipment](https://futurelabatuwa.com.au/characterising-marine-growth-that-disables-subsea-equipment-2/) - Characterising Marine Growth that Disables Subsea Equipment - Futurelab at UWA
- [VibrioPET to Degrade Plastics in the Ocean](https://futurelabatuwa.com.au/vibriopet-to-degrade-plastics-in-the-ocean-2/) - VibrioPET to Degrade Plastics in the Ocean - Futurelab at UWA
- [Tidy Data for Effective Data Science – with Application to Flying Lead Reliability](https://futurelabatuwa.com.au/tidy-data-for-effective-data-science-with-application-to-flying-lead-reliability-2/) - Tidy Data for Effective Data Science – with Application to Flying Lead Reliability - Futurelab at UWA
- [THz for Plastics Characterisation](https://futurelabatuwa.com.au/thz-for-plastics-characterisation-2/) - THz for Plastics Characterisation - Futurelab at UWA
- [Neutralisation of Potential Energy in Christmas Tree Valves](https://futurelabatuwa.com.au/neutralisation-of-potential-energy-in-christmas-tree-valves-2/) - Neutralisation of Potential Energy in Christmas Tree Valves - Futurelab at UWA
- [Improved Current Forecasting](https://futurelabatuwa.com.au/improved-current-forecasting-2/) - Improved Current Forecasting - Futurelab at UWA
- [Cementing for Wells Plug and Abandonment](https://futurelabatuwa.com.au/cementing-for-wells-plug-and-abandonment-2/) - Cementing for Wells Plug and Abandonment - Futurelab at UWA
- [Quantifying Net Carbon Sequestration of Kelp Forests in WA](https://futurelabatuwa.com.au/quantifying-net-carbon-sequestration-of-kelp-forests-in-wa/) - Quantifying Net Carbon Sequestration of Kelp Forests in WA - Futurelab at UWA
- [Low-cost data collection from remote offshore assets](https://futurelabatuwa.com.au/low-cost-data-collection-from-remote-offshore-assets/) - Low-cost data collection from remote offshore assets - Futurelab at UWA
- [Towards Improving Pipeline Stability Design For Solitons](https://futurelabatuwa.com.au/towards-improving-pipeline-stability-design-for-solitons-2/) - Project Description Non-linear Internal Wave (NLIW) induced currents are prevalent at numerous locations offshore the North West Shelf and elsewhere around the world. Routing pipelines through areas of significant NLIW activity requires careful design to ensure the pipeline remains stable when subjected to large near-bed currents. The aim of this project was to review (1)
- [SLAM – Swell Local Adjustment via Monitoring](https://futurelabatuwa.com.au/slam-swell-local-adjustment-via-monitoring-2/) - SLAM – Swell Local Adjustment via Monitoring - Futurelab at UWA
- [Pipeshoe Cold Transfer practical Assessment](https://futurelabatuwa.com.au/pipeshoe-cold-transfer-practical-assessment/) - Pipeshoe Cold Transfer practical Assessment - Futurelab at UWA
- [Machine Learning Driven Regional Wave Transformation](https://futurelabatuwa.com.au/machine-learning-driven-regional-wave-transformation-2/) - Project Description Real time wave buoy observations inform a range of marine operations, and if buoys are deployed sufficiently upstream, can provide several hours of early warning for an arriving swell or storm. However, determining the exact arrival time and transformation in height and other wave parameters between offshore buoys and nearshore locations can be
- [CT Scanning of ABS Casing Devices](https://futurelabatuwa.com.au/ct-scanning-of-abs-casing-devices/) - Understanding the cause of failures that occur with internal components of sealed devices can be difficult.
- [NOVEC Fire Cabinets](https://futurelabatuwa.com.au/novec-fire-cabinets/) - Woodside’s focus on safety means that costly fire extinguishing systems are used on site. These are room flooding systems, which, when activated, flood the entire room with fire suppressant.
- [Benarx WUI Top Hat Testing](https://futurelabatuwa.com.au/benarx-wui-top-hat-testing/) - Benarx WUI Top Hat Testing - Futurelab at UWA
- [PixieDust (Phases 1 and 2)](https://futurelabatuwa.com.au/pixiedust/) - PixieDust (Phases 1 and 2) - Futurelab at UWA
- [Well Cementing Data Analysis](https://futurelabatuwa.com.au/well-cementing-data-analysis-2/) - Well Cementing Data Analysis - Futurelab at UWA
- [Design Engineering for Seabed Porcupine](https://futurelabatuwa.com.au/design-engineering-for-seabed-porcupine-2/) - Design Engineering for Seabed Porcupine - Futurelab at UWA
- [Shallow Penetrometer – Measuring In-Situ Soil to Soil Friction](https://futurelabatuwa.com.au/cementing-for-wells-plug-and-abandonment/) - Shallow Penetrometer – Measuring In-Situ Soil to Soil Friction - Futurelab at UWA
- [Performance Evaluation of Anti-Scour Frond Mats](https://futurelabatuwa.com.au/improved-current-forecasting/) - Performance Evaluation of Anti-Scour Frond Mats - Futurelab at UWA
- [Detecting Corrosion Under Insulation](https://futurelabatuwa.com.au/network-of-floating-offshore-wind-turbines/) - Detecting Corrosion Under Insulation - Futurelab at UWA
- [LNG Pilot Plant Freezout Tests](https://futurelabatuwa.com.au/lng-pilot-plant-freezout-tests/) - Project Description How to reduce project risk associated with Scour at the touch-down point of buckle initiator spans. Buckle initiators (BI) are used to support subsea pipelines which are designed to buckle to release stresses in the pipeline. The free-spans formed from BIs will be subject to local scour and potentially vortex-induced-vibration. This project aims
- [Development and Testing of Low Cost Drifter Buoys Capable of Real Time Position Tracking](https://futurelabatuwa.com.au/low-cost-drifter-buoys-capable-of-real-time-position-tracking/) - Project Description This project aims to provide a solution to high frequency measurement of local currents in ocean environments, by adopting LoRa (‘Long Range’) IOT technology as a means of transmitting real time, fine scale updates of GPS position. To achieve this, current drifter concepts are being adapted to accommodate drogues – needed to measure
- [Investigating the Load Bearing Capacity of Plastic Tubular T Joints for use in Marine Structures](https://futurelabatuwa.com.au/investigating-the-load-bearing-capacity-of-plastic/) - Project Description Tubular joints are one of the most important components in structural integrity of marine structures. The main focus of this project is to investigate the load-bearing capacity of FRP tubular T joints under compression. The results of this project can be used for engineering and fabrication of safe, cheap and long lasting jetties
- [Investigating the Axial Capacity of Plastic Tubular Members for use in Marine Structures](https://futurelabatuwa.com.au/investigating-the-axial-capacity-of-plastic-tubular/) - Project Description With such magnificent properties, FRP structures are ideal for marine offshore structures, however, there is no practical FRP design guidelines/standards available to design FRP load-bearing structures. The focus of this project is to investigate the Euler buckling behaviour and ultimate axial capacity of FRP circular tubular columns under compression. Dr Mohamed Elchalakani, Department
- [Floating Wind Turbine Trials in the Swan River (Phase 2)](https://futurelabatuwa.com.au/floating-wind-turbine-trials-in-the-swan-river-2/) - Project Description Phase 2 of our floating wind project involves 3 students designing, building and deploying a small-scale floating wind turbine in the Swan River. One student is working on hydrodynamics of the floater, one on aerodynamics of the turbine and one on electrical aspects of the turbine. This project builds on Phase 1, which
- [Using Smart Sensing to Monitor the Response of a Subsea Cable in the Swan River](https://futurelabatuwa.com.au/monitor-the-response-of-a-subsea-cable-in-the-swan-river/) - Project Description This project is investigating if vortex induced vibration (VIV) of cables and pipelines is likely in turbulent flows typical of near-seabed conditions. Conventional knowledge about VIV and existing design guidance is based primarily on laboratory studies where turbulence levels can be much lower. The project will conduct testing in the Large O-tube in
- [Design and Construction of a Novel Energy Storage System](https://futurelabatuwa.com.au/design-and-construction-of-a-novel-energy-storage-system/) - Project Description Renewable energies are harnessed from various sources including wind, sunlight, waves, tides and geothermal heat, which lack the certainty of supply and continuity. Energy storage systems such as Vanadium flow batteries (VFB) may become invaluable to complement renewable energy generation. VFB are suitable for large-scale applications such as farming, electricity grids, and residential/commercial
- [Understanding the Impact of Seabed Vegetation on Coastal Wave Run Up](https://futurelabatuwa.com.au/impact-of-seabed-vegetation-on-coastal-wave-run-up/) - Project Description Benthic ecosystems (such as seagrass meadows) are a nature-based solution for coastal protection that both reduces coastal flooding and provides ecosystem services. This project will use a physical model in the wave flume of the Coastal and Offshore Engineering Laboratory to quantify the impact of seagrass meadows on wave run-up, a key measure
- [Predicting the Rate of Nutrient Transfer from Sediments to the Water Column in the Swan River](https://futurelabatuwa.com.au/predicting-the-rate-of-nutrient-transfer-from-sediments/) - Project Description Mass transfer across the sediment water interface (SWI) can exert a controlling influence on the water quality of aquatic ecosystems (such as the Swan River Estuary) as sediment interstitial fluid can contain high levels of dissolved nutrients, contaminants and oxygen demand. The purpose of this research project is to determine the influence of
- [Mechanical Properties of Concrete for Artificial Reefs Reinforced with Steel or Recycled Plastic Fibres](https://futurelabatuwa.com.au/mechanical-properties-of-concrete-for-artificial-reefs/) - Project Description Artificial reefs have been increasingly used as a method to aid marine populations in the form of protection or population regeneration. This research project is aimed at developing a suitable sea sand and sea water geopolymer concrete mix reinforced with plastic fibres, that can be used to create artificial reefs around decommissioned subsea
- [Assessing Novel Solutions for Reducing Coastal Flooding and Erosion](https://futurelabatuwa.com.au/reducing-coastal-flooding-and-erosion/) - Project Description This study was unique in that it explored the full potential of Mars Assisted Reef Restoration Systems (MARRS) in terms of erosion control and flood mitigation and bridges a gap between coastal protection and rehabilitation. This experimental study, undertaken at the Coastal and Offshore Engineering Laboratory, has found that at low water depths
- [Novel Methods for Repair and Strengthening of Offshore Corroded Plates](https://futurelabatuwa.com.au/repair-and-strengthening-of-offshore-corroded-plates/) - Project Description Using Fibre Reinforced Polymer (FRP) patches is one of the most efficient methods for repair and strengthening of onshore structures but not being used widely yet for steel structures in the offshore/marine environment. The main focus of this project was the load bearing capacity of corroded plates (representing jetty, walkway or deck plates
- [Novel Methods for Repair and Strengthening of Offshore Plate Girders](https://futurelabatuwa.com.au/repair-and-strengthening-of-offshore-plate-girders/) - Project Description This project studied numerically and experimentally the structural load bearing capacity and failure mechanism of typical plate girders in the intact, corroded and FRP composite wrapped conditions. The test specimens included a total of six stiffened welded plate girders focusing on two different types of section, including compact and non-compact. This research indicates
- [Using Drones to Remotely Measure Environmental Parameters at Sea](https://futurelabatuwa.com.au/remotely-measure-environmental-parameters-at-sea/) - Project Description Satellite remote sensing techniques can be applied to map coastal benthic habitats and bathymetry. Thisproject assisted in the development of a novel Splash Drone that can land on the water surface and was equipped with a bespoke measurement package to obtain in situ training and validation data for remote-sensing algorithm development. Improving the
- [Floating Wind Turbine Trials in the Swan River (Phase 1)](https://futurelabatuwa.com.au/floating-wind-turbine-trials-in-the-swan-river/) - Project Description This is a seeding project for the advancement of floating wind research at UWA. It explored development of a numerical model, which simulates the aerodynamics of a small-scale horizontal axis wind turbine to predict its performance under different environmental conditions. It elucidates the effects of unsteadiness arising from turbulent wind fluctuations and from
- [Floating Solar Panel Trials in the Swan River (Phase 1)](https://futurelabatuwa.com.au/floating-solar-panel-trials-in-the-swan-river/) - Project Description Mounting solar panels on a floating structure that is moored in a water body provides an innovative form of renewable energy often referred to as ‘floating solar’. This project explored the efficiency of the solar panels when subjected to salt spray & wave overwash. Significant increases in efficiency were observed with overwash, which
- [Using Multiple Autonomous Underwater Vehicles to Monitor the Water Temperature in the Swan River](https://futurelabatuwa.com.au/water-temperature-in-the-swan-river/) - Project Description This project tested the feasibility of using SwarmDivers (GPS-controlled AUV that can travel in groups) to measure temperature by depth in the Swan River. Prof Chari Pattiaratchi, Oceans Graduate School
- [VibrioPET to Degrade PET Plastics](https://futurelabatuwa.com.au/vibriopet-to-degrade-pet-plastics/) - Project Description How to reduce project risk associated with Scour at the touch-down point of buckle initiator spans. Buckle initiators (BI) are used to support subsea pipelines which are designed to buckle to release stresses in the pipeline. The free-spans formed from BIs will be subject to local scour and potentially vortex-induced-vibration. This project aims
- [ Magnetic Hydrogen Sensor](https://futurelabatuwa.com.au/magnetic-hydrogen-sensor/) - Project Description How to reduce project risk associated with Scour at the touch-down point of buckle initiator spans. Buckle initiators (BI) are used to support subsea pipelines which are designed to buckle to release stresses in the pipeline. The free-spans formed from BIs will be subject to local scour and potentially vortex-induced-vibration. This project aims
- [Mortarless Construction using Umbilicals](https://futurelabatuwa.com.au/mortarless-construction-using-umbilicals/) - Project Description How to reduce project risk associated with Scour at the touch-down point of buckle initiator spans. Buckle initiators (BI) are used to support subsea pipelines which are designed to buckle to release stresses in the pipeline. The free-spans formed from BIs will be subject to local scour and potentially vortex-induced-vibration. This project aims
- [Torpedo Anchor using Flexible Flowlines](https://futurelabatuwa.com.au/torpedo-anchor-using-flexible-flowlines/) - Project Description How to reduce project risk associated with Scour at the touch-down point of buckle initiator spans. Buckle initiators (BI) are used to support subsea pipelines which are designed to buckle to release stresses in the pipeline. The free-spans formed from BIs will be subject to local scour and potentially vortex-induced-vibration. This project aims
- [Mobile Thermal Processing Unit](https://futurelabatuwa.com.au/mobile-thernal-processing-unit/) - Project Description How to reduce project risk associated with Scour at the touch-down point of buckle initiator spans. Buckle initiators (BI) are used to support subsea pipelines which are designed to buckle to release stresses in the pipeline. The free-spans formed from BIs will be subject to local scour and potentially vortex-induced-vibration. This project aims
- [Reinforced Concrete using Recycled Plastic Fibres from Offshore Structures](https://futurelabatuwa.com.au/reinforced-concrete-using-recycled-plastic-fibres-from-offshore-structures/) - Project Description How to reduce project risk associated with Scour at the touch-down point of buckle initiator spans. Buckle initiators (BI) are used to support subsea pipelines which are designed to buckle to release stresses in the pipeline. The free-spans formed from BIs will be subject to local scour and potentially vortex-induced-vibration. This project aims
- [Modular Structural Elements using Flowlines](https://futurelabatuwa.com.au/modular-structural-elements-using-flowlines/) - Project Description How to reduce project risk associated with Scour at the touch-down point of buckle initiator spans. Buckle initiators (BI) are used to support subsea pipelines which are designed to buckle to release stresses in the pipeline. The free-spans formed from BIs will be subject to local scour and potentially vortex-induced-vibration. This project aims
- [Anti-Marine Growth Structure](https://futurelabatuwa.com.au/anti-marine-growth-structure/) - Project Description How to reduce project risk associated with Scour at the touch-down point of buckle initiator spans. Buckle initiators (BI) are used to support subsea pipelines which are designed to buckle to release stresses in the pipeline. The free-spans formed from BIs will be subject to local scour and potentially vortex-induced-vibration. This project aims
- [Nganhurra Riser Turret Mooring](https://futurelabatuwa.com.au/nganhurra-riser-turret-mooring/) - Project Description How to reduce project risk associated with Scour at the touch-down point of buckle initiator spans. Buckle initiators (BI) are used to support subsea pipelines which are designed to buckle to release stresses in the pipeline. The free-spans formed from BIs will be subject to local scour and potentially vortex-induced-vibration. This project aims
- [Effect of Surface Waves on Overarm Swimming Performance & Behaviour](https://futurelabatuwa.com.au/effect-of-surface-waves-on-overarm-swimming-performance-behaviour/) - Project Description Satellite remote sensing techniques can be applied to map coastal benthic habitats and bathymetry. The accuracy and repeatability of satellite benthic and bathymetric mapping depends on having a good understanding of the reflectance of the atmosphere, sea-surface, water column and seabed. This project will assist in the development of a novel SplashDrone (https://www.swellpro.com/waterproof-splash-drone.html)
- [Damage Detection of Fixed Offshore Platforms](https://futurelabatuwa.com.au/damage-detection-of-fixed-offshore-platforms/) - Project Description Satellite remote sensing techniques can be applied to map coastal benthic habitats and bathymetry. The accuracy and repeatability of satellite benthic and bathymetric mapping depends on having a good understanding of the reflectance of the atmosphere, sea-surface, water column and seabed. This project will assist in the development of a novel SplashDrone (https://www.swellpro.com/waterproof-splash-drone.html)
- [Studying Floating Wave Buoys for Sensing & Renewable Energy (Part 1)](https://futurelabatuwa.com.au/studying-floating-wave-buoys-for-sensing-renewable-energy/) - Project Description Satellite remote sensing techniques can be applied to map coastal benthic habitats and bathymetry. The accuracy and repeatability of satellite benthic and bathymetric mapping depends on having a good understanding of the reflectance of the atmosphere, sea-surface, water column and seabed. This project will assist in the development of a novel SplashDrone (https://www.swellpro.com/waterproof-splash-drone.html)
- [Using Tubular FRP Sections as Structural Members for the River Jetties and Walkways](https://futurelabatuwa.com.au/using-tubular-frp-sections-as-structural-members-for-the-river-jetties-and-walkways/) - Project Description Satellite remote sensing techniques can be applied to map coastal benthic habitats and bathymetry. The accuracy and repeatability of satellite benthic and bathymetric mapping depends on having a good understanding of the reflectance of the atmosphere, sea-surface, water column and seabed. This project will assist in the development of a novel SplashDrone (https://www.swellpro.com/waterproof-splash-drone.html)
- [Repair and Strengthening of Damaged Members in Offshore Floating Facilities Using Fibre Reinforced Polymers](https://futurelabatuwa.com.au/repair-and-strengthening-of-damaged-members-in-offshore-floating-facilities-using-fibre-reinforced-polymers/) - Project Description Satellite remote sensing techniques can be applied to map coastal benthic habitats and bathymetry. The accuracy and repeatability of satellite benthic and bathymetric mapping depends on having a good understanding of the reflectance of the atmosphere, sea-surface, water column and seabed. This project will assist in the development of a novel SplashDrone (https://www.swellpro.com/waterproof-splash-drone.html)
- [Research on Composite Materials for Offshore Applications](https://futurelabatuwa.com.au/research-on-composite-materials-for-offshore-applications/) - Project Description Satellite remote sensing techniques can be applied to map coastal benthic habitats and bathymetry. The accuracy and repeatability of satellite benthic and bathymetric mapping depends on having a good understanding of the reflectance of the atmosphere, sea-surface, water column and seabed. This project will assist in the development of a novel SplashDrone (https://www.swellpro.com/waterproof-splash-drone.html)
- [Assessing the Accuracy of an Echologger for Measuring Unbroken and Broken Surface Waves](https://futurelabatuwa.com.au/assessing-the-accuracy-of-an-echologger-for-measuring-unbroken-and-broken-surface-waves/) - Project Description Satellite remote sensing techniques can be applied to map coastal benthic habitats and bathymetry. The accuracy and repeatability of satellite benthic and bathymetric mapping depends on having a good understanding of the reflectance of the atmosphere, sea-surface, water column and seabed. This project will assist in the development of a novel SplashDrone (https://www.swellpro.com/waterproof-splash-drone.html)
- [Forecasting the Effects of Climate Change on the Swan-Canning Estuary](https://futurelabatuwa.com.au/forecasting-the-effects-of-climate-change-on-the-swan-canning-estuary/) - Project Description Satellite remote sensing techniques can be applied to map coastal benthic habitats and bathymetry. The accuracy and repeatability of satellite benthic and bathymetric mapping depends on having a good understanding of the reflectance of the atmosphere, sea-surface, water column and seabed. This project will assist in the development of a novel SplashDrone (https://www.swellpro.com/waterproof-splash-drone.html)
- [Studying Mooring of Wave Energy Systems Using Scaled Field Trials](https://futurelabatuwa.com.au/studying-mooring-of-wave-energy-systems-using-scaled-field-trials/) - Project Description Satellite remote sensing techniques can be applied to map coastal benthic habitats and bathymetry. The accuracy and repeatability of satellite benthic and bathymetric mapping depends on having a good understanding of the reflectance of the atmosphere, sea-surface, water column and seabed. This project will assist in the development of a novel SplashDrone (https://www.swellpro.com/waterproof-splash-drone.html)
- [Exploring the Riverbed Strength of the Swan River with Novel Sensors](https://futurelabatuwa.com.au/exploring-the-riverbed-strength-of-the-swan-river-with-novel-sensors/) - Project Description Satellite remote sensing techniques can be applied to map coastal benthic habitats and bathymetry. The accuracy and repeatability of satellite benthic and bathymetric mapping depends on having a good understanding of the reflectance of the atmosphere, sea-surface, water column and seabed. This project will assist in the development of a novel SplashDrone (https://www.swellpro.com/waterproof-splash-drone.html)
- [Development of a High-Accuracy, Low Cost Water Level Sensor](https://futurelabatuwa.com.au/development-of-a-high-accuracy-low-cost-water-level-sensor/) - Project Description Satellite remote sensing techniques can be applied to map coastal benthic habitats and bathymetry. The accuracy and repeatability of satellite benthic and bathymetric mapping depends on having a good understanding of the reflectance of the atmosphere, sea-surface, water column and seabed. This project will assist in the development of a novel SplashDrone (https://www.swellpro.com/waterproof-splash-drone.html)
- [Measuring Surface Waves in the Swan River](https://futurelabatuwa.com.au/measuring-surface-waves-in-the-swan-river/) - Project Description Satellite remote sensing techniques can be applied to map coastal benthic habitats and bathymetry. The accuracy and repeatability of satellite benthic and bathymetric mapping depends on having a good understanding of the reflectance of the atmosphere, sea-surface, water column and seabed. This project will assist in the development of a novel SplashDrone (https://www.swellpro.com/waterproof-splash-drone.html)
- [Application of Floaters on Mitigating Snap Load in Umbilical for Deep Water ROV Operations](https://futurelabatuwa.com.au/application-of-floaters-on-mitigating-snap-load-in-umbilical-for-deep-water-rov-operations/) - Project Description Satellite remote sensing techniques can be applied to map coastal benthic habitats and bathymetry. The accuracy and repeatability of satellite benthic and bathymetric mapping depends on having a good understanding of the reflectance of the atmosphere, sea-surface, water column and seabed. This project will assist in the development of a novel SplashDrone (https://www.swellpro.com/waterproof-splash-drone.html)
- [Predicting Underwater Visibility in the Swan River](https://futurelabatuwa.com.au/predicting-underwater-visibility-in-the-swan-river/) - Project Description Satellite remote sensing techniques can be applied to map coastal benthic habitats and bathymetry. The accuracy and repeatability of satellite benthic and bathymetric mapping depends on having a good understanding of the reflectance of the atmosphere, sea-surface, water column and seabed. This project will assist in the development of a novel SplashDrone (https://www.swellpro.com/waterproof-splash-drone.html)
- [Characterising Material Transport from Swan River Sediments](https://futurelabatuwa.com.au/characterising-material-transport-from-swan-river-sediments/) - Project Description Satellite remote sensing techniques can be applied to map coastal benthic habitats and bathymetry. The accuracy and repeatability of satellite benthic and bathymetric mapping depends on having a good understanding of the reflectance of the atmosphere, sea-surface, water column and seabed. This project will assist in the development of a novel SplashDrone (https://www.swellpro.com/waterproof-splash-drone.html)
- [Investigation of the Costs & Benefits of Alterations to a Subsea Shuttle Design to Improve Utility](https://futurelabatuwa.com.au/investigation-of-the-costs-benefits-of-alterations-to-a-subsea-shuttle-design-to-improve-utility/) - Project Description Satellite remote sensing techniques can be applied to map coastal benthic habitats and bathymetry. The accuracy and repeatability of satellite benthic and bathymetric mapping depends on having a good understanding of the reflectance of the atmosphere, sea-surface, water column and seabed. This project will assist in the development of a novel SplashDrone (https://www.swellpro.com/waterproof-splash-drone.html)
- [Development of a Free Fall Cone Penetrometer for Offshore Site Investigation](https://futurelabatuwa.com.au/free-fall-cone-penetrometer-for-offshore-site/) - Project Description Satellite remote sensing techniques can be applied to map coastal benthic habitats and bathymetry. The accuracy and repeatability of satellite benthic and bathymetric mapping depends on having a good understanding of the reflectance of the atmosphere, sea-surface, water column and seabed. This project will assist in the development of a novel SplashDrone (https://www.swellpro.com/waterproof-splash-drone.html)
- [Applications for Machine Learning for Assessing Mooring Integrity of FPSO motions](https://futurelabatuwa.com.au/machine-learning-for-assessing-mooring-integrity-of-fpso-motions/) - Project Description Satellite remote sensing techniques can be applied to map coastal benthic habitats and bathymetry. The accuracy and repeatability of satellite benthic and bathymetric mapping depends on having a good understanding of the reflectance of the atmosphere, sea-surface, water column and seabed. This project will assist in the development of a novel SplashDrone (https://www.swellpro.com/waterproof-splash-drone.html)
- [Trials of Free Drifting FPSOs in the Swan River](https://futurelabatuwa.com.au/trials-of-free-drifting-fpsos-in-the-swan-river/) - Project Description Satellite remote sensing techniques can be applied to map coastal benthic habitats and bathymetry. The accuracy and repeatability of satellite benthic and bathymetric mapping depends on having a good understanding of the reflectance of the atmosphere, sea-surface, water column and seabed. This project will assist in the development of a novel SplashDrone (https://www.swellpro.com/waterproof-splash-drone.html)
- [Novel Coatings for Subsea Structures](https://futurelabatuwa.com.au/novel-coatings-for-subsea-structures/) - Project Description Satellite remote sensing techniques can be applied to map coastal benthic habitats and bathymetry. The accuracy and repeatability of satellite benthic and bathymetric mapping depends on having a good understanding of the reflectance of the atmosphere, sea-surface, water column and seabed. This project will assist in the development of a novel SplashDrone (https://www.swellpro.com/waterproof-splash-drone.html)
- [Testing of an Unmanned Floater Concept](https://futurelabatuwa.com.au/testing-of-an-unmanned-floater-concept/) - Project Description Satellite remote sensing techniques can be applied to map coastal benthic habitats and bathymetry. The accuracy and repeatability of satellite benthic and bathymetric mapping depends on having a good understanding of the reflectance of the atmosphere, sea-surface, water column and seabed. This project will assist in the development of a novel SplashDrone (https://www.swellpro.com/waterproof-splash-drone.html)
- [Measuring Noise and Light in the Swan River](https://futurelabatuwa.com.au/measuring-noise-and-light-in-the-swan-rivermeasuring-noise-and-light-in-the-swan-river/) - Project Description Satellite remote sensing techniques can be applied to map coastal benthic habitats and bathymetry. The accuracy and repeatability of satellite benthic and bathymetric mapping depends on having a good understanding of the reflectance of the atmosphere, sea-surface, water column and seabed. This project will assist in the development of a novel SplashDrone (https://www.swellpro.com/waterproof-splash-drone.html)
- [Developing Active Suction Anchors for Floating Renewable Energy Converters](https://futurelabatuwa.com.au/developing-active-suction-anchors-for-floating-renewable-energy-converters/) - Project Description Satellite remote sensing techniques can be applied to map coastal benthic habitats and bathymetry. The accuracy and repeatability of satellite benthic and bathymetric mapping depends on having a good understanding of the reflectance of the atmosphere, sea-surface, water column and seabed. This project will assist in the development of a novel SplashDrone (https://www.swellpro.com/waterproof-splash-drone.html)
- [Mapping the Erosion Characteristics of the Swan River](https://futurelabatuwa.com.au/mapping-the-erosion-characteristics-of-the-swan-river/) - Project Description Satellite remote sensing techniques can be applied to map coastal benthic habitats and bathymetry. The accuracy and repeatability of satellite benthic and bathymetric mapping depends on having a good understanding of the reflectance of the atmosphere, sea-surface, water column and seabed. This project will assist in the development of a novel SplashDrone (https://www.swellpro.com/waterproof-splash-drone.html)
- [Geopolymer Concrete Made of River Water and River Sand](https://futurelabatuwa.com.au/geopolymer-concrete-made-of-river-water-and-river-sand/) - Project Description Satellite remote sensing techniques can be applied to map coastal benthic habitats and bathymetry. The accuracy and repeatability of satellite benthic and bathymetric mapping depends on having a good understanding of the reflectance of the atmosphere, sea-surface, water column and seabed. This project will assist in the development of a novel SplashDrone (https://www.swellpro.com/waterproof-splash-drone.html)
- [Assessing Novel Nature-Based Solutions for Coastal Flood Defense](https://futurelabatuwa.com.au/assessing-novel-nature-based-solutions-for-coastal-flood-defense/) - Project Description Satellite remote sensing techniques can be applied to map coastal benthic habitats and bathymetry. The accuracy and repeatability of satellite benthic and bathymetric mapping depends on having a good understanding of the reflectance of the atmosphere, sea-surface, water column and seabed. This project will assist in the development of a novel SplashDrone (https://www.swellpro.com/waterproof-splash-drone.html)
- [Investigation of a Fish Anchor](https://futurelabatuwa.com.au/investigation-of-a-fish-anchor/) - Project Description Satellite remote sensing techniques can be applied to map coastal benthic habitats and bathymetry. The accuracy and repeatability of satellite benthic and bathymetric mapping depends on having a good understanding of the reflectance of the atmosphere, sea-surface, water column and seabed. This project will assist in the development of a novel SplashDrone (https://www.swellpro.com/waterproof-splash-drone.html)
- [Mooring of Wave Energy System using Suction Cassion](https://futurelabatuwa.com.au/mooring-of-wave-energy-system-using-suction-cassion/) - Project Description Satellite remote sensing techniques can be applied to map coastal benthic habitats and bathymetry. The accuracy and repeatability of satellite benthic and bathymetric mapping depends on having a good understanding of the reflectance of the atmosphere, sea-surface, water column and seabed. This project will assist in the development of a novel SplashDrone (https://www.swellpro.com/waterproof-splash-drone.html)
- [Assessing Overtopping of River Spray onto the Kwinana Freeway](https://futurelabatuwa.com.au/assessing-overtopping-of-river-spray-onto-the-kwinana-freeway/) - Project Description Satellite remote sensing techniques can be applied to map coastal benthic habitats and bathymetry. The accuracy and repeatability of satellite benthic and bathymetric mapping depends on having a good understanding of the reflectance of the atmosphere, sea-surface, water column and seabed. This project will assist in the development of a novel SplashDrone (https://www.swellpro.com/waterproof-splash-drone.html)
- [Modelling the Deployment of a Subsea Shuttle for Cheaper Installation of Subsea Structures](https://futurelabatuwa.com.au/modelling-the-deployment-of-a-subsea-shuttle/) - Project Description Satellite remote sensing techniques can be applied to map coastal benthic habitats and bathymetry. The accuracy and repeatability of satellite benthic and bathymetric mapping depends on having a good understanding of the reflectance of the atmosphere, sea-surface, water column and seabed. This project will assist in the development of a novel SplashDrone (https://www.swellpro.com/waterproof-splash-drone.html)
- [Testing of a Self-Installing Spar Platform](https://futurelabatuwa.com.au/testing-of-a-self-installing-spar-platform/) - Project Description Satellite remote sensing techniques can be applied to map coastal benthic habitats and bathymetry. The accuracy and repeatability of satellite benthic and bathymetric mapping depends on having a good understanding of the reflectance of the atmosphere, sea-surface, water column and seabed. This project will assist in the development of a novel SplashDrone (https://www.swellpro.com/waterproof-splash-drone.html)
- [Measuring Currents and Turbulence in the Swan River](https://futurelabatuwa.com.au/measuring-currents-and-turbulence-in-the-swan-river/) - Project Description Satellite remote sensing techniques can be applied to map coastal benthic habitats and bathymetry. The accuracy and repeatability of satellite benthic and bathymetric mapping depends on having a good understanding of the reflectance of the atmosphere, sea-surface, water column and seabed. This project will assist in the development of a novel SplashDrone (https://www.swellpro.com/waterproof-splash-drone.html)
- [Interpretation of a New Generation Free Fall Penetrometer](https://futurelabatuwa.com.au/interpretation-of-a-new-generation-free-fall-penetrometer/) - Project Description Satellite remote sensing techniques can be applied to map coastal benthic habitats and bathymetry. The accuracy and repeatability of satellite benthic and bathymetric mapping depends on having a good understanding of the reflectance of the atmosphere, sea-surface, water column and seabed. This project will assist in the development of a novel SplashDrone (https://www.swellpro.com/waterproof-splash-drone.html)
- [Predicting the Dynamic Response of Floating Vessels](https://futurelabatuwa.com.au/predicting-the-dynamic-response-of-floating-vessels/) - Project Description Satellite remote sensing techniques can be applied to map coastal benthic habitats and bathymetry. The accuracy and repeatability of satellite benthic and bathymetric mapping depends on having a good understanding of the reflectance of the atmosphere, sea-surface, water column and seabed. This project will assist in the development of a novel SplashDrone (https://www.swellpro.com/waterproof-splash-drone.html)
- [Swan River Nurdles](https://futurelabatuwa.com.au/swan-river-nurdles/) - Project Description Pre-production (virgin) plastic pellets are known as nurdles and are now quite ubiquitous in coastal environments, often found along our beaches and rivers, even in the most pristine of regions of the world. Billions of these lentil-sized pellets escape into the environment each year before they have a chance to be molded into
- [Hyperspectral Splashdrone](https://futurelabatuwa.com.au/hyperspectral-splashdrone/) - Project Description Satellite remote sensing techniques can be applied to map coastal benthic habitats and bathymetry. The accuracy and repeatability of satellite benthic and bathymetric mapping depends on having a good understanding of the reflectance of the atmosphere, sea-surface, water column and seabed. This project will assist in the development of a novel SplashDrone (https://www.swellpro.com/waterproof-splash-drone.html)

## Pages

- [Home](https://futurelabatuwa.com.au/) - Woodside FutureLab at The University of Western Australia (UWA) brings together a broad range of researchers who work collaboratively on challenges and opportunities within Woodside Energy and the broader energy industry. Woodside FutureLab at UWA is impact-focused, seeking to deliver outcomes that add value or enhance capability at Woodside Energy and UWA. 1 Detecting Corrosion
- [Contact](https://futurelabatuwa.com.au/contact/) - Work With Us Feel Free To Contact Us! OceanWorks and TechWorks provide opportunities for Woodside Energy personnel to connect with the University and its researchers. They provide a means to explore new ideas and projects through rapid prototyping and student research projects. Head office address : The University of Western Australia Email address : futurelab@uwa.edu.au
- [Riverlab](https://futurelabatuwa.com.au/riverlab/) - RiverLab Projects Effect of Surface Waves on Overarm Swimming Performance & Behaviour Project Description Satellite remote sensing techniques can be applied to map coastal benthic habitats and bathymetry. The accuracy and repeatability Read More » Damage Detection of Fixed Offshore Platforms Project Description Satellite remote sensing techniques can be applied to map coastal benthic habitats
- [Tech Works](https://futurelabatuwa.com.au/tech-works/) - TechWorks Projects Pipeline Scanning & Inspection (X-ray sled) Project Description The Mini Z scanner is being used on-site to take images of pipe insulation and to indicate possible Read More » CT Scanning of ABS Casing Devices Project Description Understanding the cause of failures that occur with internal components of sealed devices can be difficult.
- [Ocean Works](https://futurelabatuwa.com.au/ocean-works/) - OceanWorks Projects Low-cost data collection from remote offshore assets Project Description Reliable data transfer enables remote operations and lower cost operations. This project explored the use of the Starlink Read More » Quantifying Net Carbon Sequestration of Kelp Forests in WA Project Description With the aim of identifying additional carbon sequestration opportunities for Woodside Energy,
- [Coming Soon](https://futurelabatuwa.com.au/coming-soon/) - Futurelab at UWA Coming Soon
- [Infographic](https://futurelabatuwa.com.au/infographic/) - 1 Swan River Nurdles
- [Shop](https://futurelabatuwa.com.au/shop/)
- [Sample Page](https://futurelabatuwa.com.au/sample-page/) - This is an example page. It's different from a blog post because it will stay in one place and will show up in your site navigation (in most themes). Most people start with an About page that introduces them to potential site visitors. It might say something like this: Hi there! I'm a bike messenger

## Categories

- [RiverLab](https://futurelabatuwa.com.au/category/riverlab/)
- [OceanWorks](https://futurelabatuwa.com.au/category/oceanworks/)
- [TechWorks](https://futurelabatuwa.com.au/category/techworks/)
- [Woodside](https://futurelabatuwa.com.au/category/woodside/)

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- [Woodside](https://futurelabatuwa.com.au/tag/woodside/)