RAAF Darwin - P923 Parking Apron
The project includes construction of an Aircraft Parking Apron at Royal Australian Air Force (RAAF) Base Darwin, Northern Territory. The Apron will provide parking for 25 tilt-rotor and rotary wing aircraft to support aircraft participating in training activities launching from RAAF Base Darwin. The parking apron will be connected to the existing Bomber Replenishment Apron (BRA) and the Fighter Replenishment Apron (FRA). The project will also establish two helicopter final approach and take-off (FATO) pads with taxiway connection to the existing taxiway TWY A6, an aircraft rinse facility and aircraft wash rack pad are included that are accessible from the rotary-wing parking apron.
The project scope includes demolition, clearing and excavation of PFAS impacted soil and pavement. The project scope also includes centreline and apron edge lighting, services establishment such as; water, sanitary sewer, stormwater drainage, electrical, and telecommunications. This project scope also includes the establishment of a fire booster pump station with fire water storage tanks, wastewater pump station, aircraft rinse and wash facilities, and three electrical substations.
In addition to the requirements specified in the Contract Documents, all work must also be conducted in accordance with the applicable Australian legislation, Australian codes of practice, applicable AS/NZS standards, Australian Defence policies, and relevant Australian Defence authorization. Features include Demolition, Earthworks, Civil Works, Underground Utilities, Concrete Paving, Asphalt Paving, and Vertical construction.
Tender Opportunity - UMMC Warehouse Repairs, North Bandiana
The project, led by NAVFAC in support of the Pacific Deterrence Initiative (PDI), involves the design and refurbishment of four warehouses (Warehouses 13, 3, 8, and 4) at the North Bandiana Military Area in Victoria, Australia. These facilities will support the operational needs of the United States Marine Forces Pacific (MARFORPAC) and the United States Army Pacific (USARPAC).
The scope includes structural repairs, demolition of substandard internal areas, installation of new building systems (roofing, siding, insulation, fire suppression, HVAC, electrical, and communications), and construction of compliant office and restroom facilities. Each warehouse will be upgraded to meet Australian and U.S. standards for temporary storage and administrative use, with improvements to site access, security fencing, and utility infrastructure.
Express interest for any opportunities that may arise for this project.
Note: You can fill out an Expression of Interest form exclusively on a computer or laptop device.
Scope covers a range of civil works including excavation, site preparation, demolition, stormwater management systems, and associated drainage infrastructure. It also includes the installation of water and firewater utilities, aeronautical ground lighting works, and the integration of conduits, pits, cables and MHA line installations within existing networks.
Note: You can fill out an Expression of Interest form exclusively on a computer or laptop device.
The project is divided into eight partial scopes: Design, Building Shell, Interiors, HVAC, Fire Protection, Electrical, Furnishings, and Selective Demolition; applicants submitting for the full scope must be capable of delivering all eight components, while suppliers wishing to apply for specific elements must select the partial scope option and clearly indicate which components they are submitting for.
To view a high-level project scope, click on the related document download link above. For the entire solicitation package, please copy and paste the below URL into your browser.
Once you are ready to submit your interest, please select either the Full Scope or Partial Scope option to proceed.
https://www.dropbox.com/scl/fo/tqdozgn2ixpahuzpliuh6/AN5sGURREQtmzKqRw231AFg?rlkey=ov0p92x2hzpii7vqcwe4sgzvd&e=2&st=rkethomn&dl=0
Note: You can fill out an Expression of Interest form exclusively on a computer or laptop device.