Defence

P0010 National Airfield Works - RAAF Base Richmond and HMAS Albatross

Location
Richmond, New South Wales
Value
$180 million
Client
Department of Defence
Status
In progress
p10-edit

About the project


BMD is engaged as the Early Contractor Involvement (ECI) head contractor to complete this project as part of the Department of Defence’s National Airfield Works maintenance program – delivering major aircraft pavement and AGL maintenance work on behalf of the RAAF, Army and Royal Australian Navy.

Project scope

Construction of new, and replacement of existing, rigid and flexible pavements including major asphalt works on runways, taxiways and various aprons

Repairs and replacement of airfield drainage systems

Upgrades for airfield compliance

Flank maintenance works and pavement edge drop rectifications

Flexible pavement repairs, rejuvenation and replacements

Replacement and upgrade of airfield lighting fittings

Replacement of primary airfield lighting and control circuits

Replacement of electrical infrastructure supporting airfield lighting and emergency airfield lights

Upgrades to buildings, control towers and radio towers

Management of contaminated land and water (PFAS and asbestos)

Runway grooving and line marking.

Innovations

BMD's approach to this project includes ECI protocols, fostering collaboration with the design consultant to integrate sustainability goals from the outset. A comprehensive framework has been followed to guide implementation, outlining specific actions, targets, and monitoring procedures. Though this process BMD was able to assess and improve initiatives, while cost-benefit analysis ensured that the most impactful and financially beneficial sustainability strategies were prioritised.

Example of initiatives achieved during construction to reduce waste, reuse materials and conserve resources include:

Reducing the length, depth and width of excavations through route selection, construction details and no-dig methods

Reuse of excavated material within the works

Consultation and identification of options for beneficial re-use of spoil materials

Careful planning of stockpiled material to maximise opportunities for traceability and reuse by separation of material types, source and suitability

Bulk procurement of precast drainage pipes

Connection of site sheds to mains power to remove use of generators

Engagement of local suppliers, materials and workforce

Applying waste management hierarchies and adoption of landfill diversion targets with report tracking

Incorporating environmentally sustainable design (ESD) and whole-of-life (WOL) principles in material supply contracts