
Desanco Ltd. is an engineering consultancy specializing in computational fluid dynamics (CFD) modelling and consulting services. Founded in 2010, the company provides CFD simulation and analysis to architects, engineers, scientists, and consultants to improve efficiency, reduce costs, and increase safety during design and construction phases. Their expertise spans multiple industries including built environment, hazardous industries, aerospace & defence, and water treatment. Key services include car park ventilation design, fire modelling, toxic gas and explosion assessments, and aerodynamic performance analysis. Desanco differentiates itself with a highly qualified team holding Masters and PhDs in CFD, extensive project experience with over 1,300 projects completed, and a strong presence in the Australian and New Zealand markets. Their consulting approach involves close collaboration with clients to deliver actionable results and innovative solutions, leveraging advancements in computational power and AI integration for enhanced CFD capabilities.

Desanco Ltd. is an engineering consultancy specializing in computational fluid dynamics (CFD) modelling and consulting services. Founded in 2010, the company provides CFD simulation and analysis to architects, engineers, scientists, and consultants to improve efficiency, reduce costs, and increase safety during design and construction phases. Their expertise spans multiple industries including built environment, hazardous industries, aerospace & defence, and water treatment. Key services include car park ventilation design, fire modelling, toxic gas and explosion assessments, and aerodynamic performance analysis. Desanco differentiates itself with a highly qualified team holding Masters and PhDs in CFD, extensive project experience with over 1,300 projects completed, and a strong presence in the Australian and New Zealand markets. Their consulting approach involves close collaboration with clients to deliver actionable results and innovative solutions, leveraging advancements in computational power and AI integration for enhanced CFD capabilities.