Case studies
- Waste water treatment clarifier design
- Indoor infection control
- Air pollution control system design
- Waste to Energy air emissions
- Fan optimisation
- pLEV
- Stockpile emission modelling
- Surgical cleanroom ventilation
- Pedestrian wind comfort analysis
- Terrain induced wind effects at St Helena Airport
- Dust capture hood design
- Blood flow modelling
- Charge air cooler optimisation
- Waste water mixing
- Sand mine dust modelling and assessment
- Airport wind shear
- Venturi calibration
- Slag flow
- Copra mixing & drying
- Waste incineration assessment and optimisation
- Tunnel ventilation
- Stack tip downwash exposure assessments
- Coastal wind engineering
- Biosolids incineration
- Urban emissions
- Thermal storage tank optimisation
- Thermal stratification in large buildings
- Fugitive emissions capture
Contact us
490 Spencer Street,Melbourne 3003
VIC Australia
P: +61 3 9328 4800
info@synergetics.com.au
- Air pollution control system design
- Airport wind shear
- Biosolids incineration
- Blood flow modelling
- Can you rely on CFD?
- Charge air cooler optimisation
- Coastal wind engineering
- Copra mixing & drying
- Dust capture hood design
- Fan optimisation
- Fugitive emissions capture
- Indoor infection control
- Is CFD the right tool for your job?
- Optimising complex systems
- Pedestrian wind comfort analysis
- pLEV
- Sand mine dust modelling and assessment
- Slag flow
- Stack tip downwash exposure assessments
- Stockpile emission modelling
- Surgical cleanroom ventilation
- Terrain induced wind effects at St Helena Airport
- Thermal storage tank optimisation
- Thermal stratification in large buildings
- Tunnel ventilation
- Urban emissions
- Venturi calibration
- Waste incineration assessment and optimisation
- Waste to Energy air emissions
- Waste water mixing
- Waste water treatment clarifier design
- What is CFD?
- Wind tunnel modelling