Power Generation
Engineering design and simulation in the power generation industry provide critical benefits by optimising plant performance, enhancing safety and improving overall efficiency. Through simulation, we can model complex systems including turbines, generators and energy transmission systems to predict their behaviour under various operating conditions. This allows for the refinement of designs to ensure maximum energy output with minimal fuel consumption and emissions. Additionally, simulation helps to identify potential failure points, enabling proactive maintenance and reducing costly downtime. By simulating different energy sources (including renewables such as wind, solar and ocean), we can optimise the integration of these systems into the grid. Ultimately, engineering design and simulation drive innovation, improve reliability, and support the transition to cleaner, more sustainable power generation.
Our engineering services are applicable to a vast range of equipment in the power generation industry, including:
We provide a wide range of engineering design and simulation services to the mining and resources industry, including:
- Bins/hoppers, transfer stations, feeders and conveyors.
- Crushers/pulverisers and fluidised beds.
- Boilers, pressure vessels, shell-tube heat exchangers, heat recovery steam generators (HRSG) and economisers (to ASME BPVC Section III, Section VIII Division 2, AS 1210 or similar).
- Flue gas chimneys/stacks (to ASME STS-1, CICIND, IS 6533 or similar).
- Turbines, gearboxes and shafts.
- Fans/blowers, pumps and compressors.
- High temperature piping, valves and ducting (to ASME B31.3, AS 4041 or similar).
- Storage tanks and containers.
- Support structures and foundations.
Engineering Design
Analysis driven design solutions that minimise capital and operating costs and maximise service life.
Advanced Simulation
Leading edge engineering analysis accurately visualises and quantifies problems leading to the development of optimised solutions.
Vibration & Fatigue Analysis
Correlating measurement with virtual testing allows vibration issues to be identified and fatigue life to be determined.