PROJECT TITLE

STORMWATER DRAINAGE IMPROVEMENT - CARLINGFORD HIGH SCHOOL OVAL

LOCATION

High School Oval, Roselea Way, Carlingford

BUDGET

$300k - $350k

DURATION

7 Weeks, Commencement November 2021

SERVICES

Excavation, Drainage, Concrete Works & Turf Reinstatement

SECTOR

Government

about

Carlingford High School Stormwater Drainage Improvement

J Group was engaged by City of Parramatta Council to execute the stormwater drainage improvement works at Carlingford High School Oval in Roselea Way, Carlingford. The project aimed to enhance water flow and stormwater management within the school oval by upgrading the drainage infrastructure. This involved the installation of new surface inlet pits, a reinforced concrete dish drain, and a subsoil drainage system, along with regrading and landscaping. The works were carried out with minimal disruption to the school and surrounding community, adhering to strict environmental and safety regulations to ensure the site’s functionality and sustainability.

THE SCOPE

• Preliminaries and Site Establishment: Includes survey set out, underground service detection, and preparation of safety and traffic management plans.

• Excavation and Drainage: Excavation for drainage pipes and structures, supply and installation of reinforced concrete dish drain (900mm), and pipe culverts (375mm).

• Stormwater Infrastructure: Installation of concrete gully pits with Bike Safe Grates and Gatic Heavy Duty lids, and adjustment of Telstra pit near the school entry.

• Miscellaneous: Final disestablishment, site cleanup, and turf reinstatement over disturbed areas, including a 6-week maintenance period for the newly laid turf.

• Compliance: Provision of as-built drawings, warranty certificates, and compliance certifications to ensure the works meet design specifications.

ADDITIONAL WORKS

results

Successful Completion of Stormwater Drainage Improvement

The Carlingford High School Oval Stormwater Drainage Improvement project was successfully completed, delivering enhanced stormwater management for the area. The installation of new reinforced concrete dish drains and a subsoil drainage system effectively improved water flow and reduced surface water accumulation. The regrading and minor fillings ensured proper land leveling, while the restoration with turf provided a well-maintained landscape, supported by a 6-week maintenance period. The project was completed in compliance with design specifications and safety standards, contributing to a more functional and sustainable school environment.

contact

Ready to build tomorrow’s infrastructure?

Get in touch