ACO Infrastructure is the market leading brand for trench drainage in transportation infrastructure applications.
These systems consist of factory manufactured channel units made from durable materials designed to withstand the most challenging environments. ACO Infrastructure comprises a number of systems for roads and highways; mass transit systems (rail, bus, terminals, truck stops etc…) bridges and tunnels; seaports and container terminals, and airports.
Systems comes complete with either non-removable or removable lockable grates compliant to AS 3996 and EN 1433.
Systems includes:
- TraffikDrain (with removable grates)
- KerbDrain (continuous inlet kerbs)
- Monoblock (monolithic drains)
- Qmax (slotted drains)
- TramDrain (purpose built)
Related brands:
Drains built for civil infrastructure
ACO Infrastructure offers a diverse range of options to meet the requirements of transportation infrastructure projects.
As a leading manufacturer of drainage solutions, we are experts in our field. and have invested heavily to support you.
ACO is staffed by qualified engineers and equipped with purpose-written computer software to offer you a design service without obligation to ensure the correct product is chosen for your project.
Case studies for ACO Infrastructure solutions
Sydney Light Rail
Located within pedestrian areas, a major challenge for designers was to manage surface water run-off from the pavement and tram tracks so that it would be safe for pedestrians, cyclists and commercial vehicles.
Read more about this here.
Port of Brisbane Terminal 11 & 12
Busy maritime operations involve the movement of very heavy vehicles as they load and unload containers. Their repetitive nature imposes severe stresses on flat apron areas that are difficult to drain.
Read more about this here.
Qantas Maintenance Facility
Sydney Airport Corporation gave a directive to designers to eliminate the possibility of loose grates. This is a direct result of ongoing rectification works from the existing trench grate and frame systems that have failed.
Read more about this here.
