Energy and utilities design and drafting services

Innovation is our strength

As the demand for energy in the world continues to increase, energy companies are mulling investments in mechanical engineering and IT services with the desire to reduce costs and create new revenue streams.

Services applicable in the energy and utilities industry

  • Mechanical design and drafting
  • Design optimisation
  • Creation of plant and system outlines and drawings
  • Value engineering
  • Developing operation and maintenance manuals
  • Legacy as-built drawings conversion
  • Thermal flow and analysis
  • Design validation, structural and dynamic analysis

We provide solutions in the following areas

  • Turbines — such as gas, steam and hydro
  • Hydro generators
  • Accessories
  • Compressors — such as centrifugal and reciprocating
  • Related accessories for hydro-electric, fossil fuel and wind-based power generation plants
Energy and Utilities

Some of the benefits of partnering with us

  • Make better design decisions with enhanced data
  • Reduced time to market
  • Improved productivity
  • Reduced cost of product development
  • Effective management of your non-core work to enable your team to focus on core competencies

Related CAD Drafting Services

Energy and utilities projects span mechanical, structural and civil engineering disciplines. Our most relevant services for the sector include:

Energy Drafting Locations

Industry Standards & References

Our energy and utilities drafting work aligns with Australian Standards for engineering drawing, pressure vessels and plant documentation. Engineers working in the energy sector should refer to Engineers Australia for professional registration requirements. We use AutoCAD and Inventor for all plant and energy documentation.


Energy Project Case Studies

These projects demonstrate ASTCAD’s capability in CFD simulation, MEP documentation, and structural analysis for the energy and utilities sector.

CFD Analysis for Building HVAC Application

ASTCAD performed CFD modelling to predict airflow behaviour and thermal distribution within a building HVAC system for an energy sector client. The analysis identified dead zones and optimised duct routing to improve system efficiency — reducing modelled energy consumption and informing the final installed design. View case study →

Seismic Qualification of RTO System Base

ASTCAD conducted FEA-based seismic qualification of a Regenerative Thermal Oxidiser base structure, confirming dynamic response compliance for an energy facility seeking regulatory certification. View case study →

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