Parangans MEP provides expert stair pressurisation and smoke control design services for building projects across Australia. Our team delivers engineered smoke hazard management solutions — including stairwell pressurisation, lift shaft pressurisation, and smoke control system design — that are compliant, co-ordinated, and construction-ready.
We offer comprehensive smoke hazard management and pressurisation design services for all building types and NCC classifications. Our mechanical engineers work closely with fire engineers, building surveyors, and mechanical contractors to produce accurate, compliant smoke control documentation. Our stair pressurisation and smoke control capabilities include:
Design and documentation of stairwell pressurisation systems to AS/NZS 1668.1 and NCC requirements
Lift shaft and lobby pressurisation system design co-ordinated against structural and architectural elements
Performance-based smoke control solutions designed in accordance with AS 1668.1 and fire engineering reports
Detailed fan sizing, duct design, and control system documentation for stair pressurisation installations
Engineered smoke control systems for atria, large open spaces, and complex building configurations
End-to-end smoke hazard management system documentation including design drawings, schedules, and control philosophy
Fan selection, shaft sizing, leakage calculations, and construction-issue documentation for compliant stairwell systems
We have delivered stair pressurisation and smoke control designs for high-rise residential towers, commercial office buildings, hospitals, hotels, universities, mixed-use developments, airports, retail centres, and government buildings throughout Australia. Our team understands the specific pressurisation and smoke hazard management requirements of each building type and NCC classification.
We review the fire engineering report, architectural drawings, NCC classification, and project specifications to define system requirements
Our engineers perform fan sizing, leakage calculations, shaft sizing, and system configuration design in accordance with applicable standards
Design drawings are produced in AutoCAD or Revit and co-ordinated against structural, architectural, and other mechanical services
Final design drawings, fan schedules, control system documentation, and calculation reports are issued in your preferred format for construction or authority approval
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