Study and optimisation of a water treatment unit
CFD simulation of an industrial water treatment unit. Design optimisation to improve flow uniformity. Multiphase analysis of indoor aeration.
Tower and Platform Frangibility Analysis – Vigo Airport
Frangibility Analysis of Gp Tower and LOC Antenna Maintenance Platforms, Vigo Airport (Spain). Explicit dynamic simulation.
Study of the Bone – Dental Implant Interaction in Bruxism Patients
Finite element biomechanical simulation of bone loss in implants for patients with bruxism.
Multiphase Simulation of a Biomass Gasifier
Multiphysics simulation study of a biomass gasifier with fluidised bed. Optimisation of the air distributor. Simulation of the process of improper extraction.
DEM Optimisation of a Container Storage System
Optimisation of a plastic container storage system by DEM (Discrete Element Method) simulation.
Acoustic and Performance Optimisation of an Air Purifier
Acoustic and CFD simulation and optimisation of air sanitiser. Improved reaction chamber performance and reduced acoustic footprint.
CFD Simulation of Industrial Building HVAC System
Analysis and optimisation of the HVAC system of a Wind Turbine Blade Industrial Building using CFD simulation techniques.
CFD Simulation of Optimised Aerodynamic Seals
CFD simulation of the effect of optimised 3D-printed seals for aircraft wing airfoils
Transition Wedge Analysis on High Speed Lines
Analysis of Transition Wedges on High Speed Lines. Evaluation of the impact on the dynamic response to vehicle passing.
Cultana Reversible Hydropower Station
The future Cultana Reversible Hydropower Station (SPHES) is located near Port Augusta in South Australia. The plant is designed as a reversible power station, with the capacity to supply and regulate the electricity generation system. The plant consists of two 1.3 km, 4.2 m diameter penstocks and a surface installation.
Baroota Reversible Hydropower Station
The future Baroota Reversible Power Station (PSP) is located 10 km from the North of Port Germain in South Australia. The plant is designed as a reversible power station with a maximum capacity of 250 MW, with the capacity to supply and regulate the electricity generation system. The plant consists of a single 1.4 km, 5.5 m diameter penstock in a trench and tunnel configuration. The penstock has a bifurcation before the turbine house that divides the flow into two lines that feed the two generation groups.
Batinah Pumping Station Expansion
The water supply plant, Barka Res & PS Compound, has 8 water tanks connected via a suction network to the existing pump station. The complex has been extended with the installation of a new pump station, New Barka Pump Station, which will receive water from the existing reservoirs by connecting a new line.
