Barangaroo Reserve
Barangaroo Reserve
Barangaroo Reserve
Barangaroo Reserve
Church Point Development Project

Barangaroo Reserve

The Warren Smith and Partners Civil Engineering team led a design team (pre and post tender award) commissioned to provide Barangaroo Reserve with a sustainable solution to satisfy its irrigation demands. The reuse system included a 1.25ML stormwater storage tank and 0.25ML seepage water storage tank and pump room all located at RL-7.0m below the basement carpark. The seepage water captured came through a newly created 18m high hill and 900m of bio-retention swales capturing stormwater from the parkland. These areas removed 6 hectare of previously untreated stormwater coming off asphalt surfaces from discharging into Sydney Harbour.

Church Point Development Project

As part of the initiative of improving the road geometry within this busy precinct, Warren Smith and Partners Civil Engineering team have also been appointed to undertake the relocation of the existing Churchpoint bus stop and adjacent property driveway access. To further improve the safety of pedestrians within this vicinity, the section of realigned road will be zoned as a High Pedestrian Activity Area. The project has commenced construction and is expected to be completed in December 2017.

As part of the Church Point development project, which involves the realignment of McCarrs Creek Road and the construction of a new car park, WS+P has been engaged as part of a design and construct team, to undertake the design of the road re-alignment, pavement design, carpark layout design, stormwater drainage associated with the development and water quality treatment system.

Arthur Street

As part of the Sydney Light Rail enabling works, WS+P were involved in the design of the Arthur Street access road in Randwick. The new access road is required as the existing access from High Street is being removed to allow for the construction of the Sydney Light Rail.

WS+P were engaged to undertake the design of the new roadway, pavement design, retaining walls and stormwater drainage associated with the development.