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DRC

School Development Site

Time Sensitive rapid support to the builder for remediation works and vapour management system design services. DRC provided rapid response to support urgent site remediation works and urgent design response to enable redevelopment of a heavily contaminated former automotive facility into a school in an emerging brownfields redevelopment area of Inner Melbourne.

  • School Development Site
  • School Development Site
  • School Development Site
  • School Development Site
  • School Development Site

Client:

Hutchinson Builders

Project Type:

Time Sensitive rapid support to the builder for remediation works and vapour management system design services.

Works Completed:

Onsite Remediation Consulting, Air Monitoring, Asbestos Consulting, Vapour Management System Design

Project Outcome:

Urgent fast turnaround to enable works and meet tight development timeframes.

Project Description:

DRC provided rapid response to support urgent site remediation works and urgent design response to enable redevelopment of a heavily contaminated former automotive facility into a school in an emerging brownfields redevelopment area of Inner Melbourne.

Our Projects

Ballarat Station Precinct

Ballarat Station Precinct

1 January 1970
An assessment of multiple layers of uncontrolled fill soils and underlying natural soils to provide the most cost effective and straightforward procedure for the removal and offsite disposal of up to 8000 m3 of soils to be excavated as part of the proposed development works.
Arden Gardens

Arden Gardens Risk Management

1 January 1970
DRC took the reigns on this project and delivered rapid assessment using world class technologies combined with local experience to complete assessment and remediation works on budget and on schedule to allow construction commencement and progression
31-37 Stewart Street and 12-20 Hardy Street, Brunswick

31-37 Stewart Street and 12-20 Hardy Street, Brunswick

1 January 1970
DRC’s design and implementation of the assessment works included the use of drilling equipment that was specifically adopted to suit a site with limited access and new soil vapour and groundwater sampling technologies that are more cost and time effective than the more widely used standard sampling methodologies.