Client: Department of Environment, Water & Natural Resources Type: Lump sum, construct only Timing: November – December 2013 EcoProjects was engaged to construct a wetland regulating structures adjoining the Murray River in South Australia. These structures will enable manipulation of the watering regime of a RAMSAR listed wetland along the Murray River floodplain. Works include, dewatering, site excavation, pouring of blinding concrete, placement of pre cast concrete units, fitting of regulating gates, rock beaching and site rehabilitation.
Author: Eco Projects Australia
Stringers Creek Streamscape Plan Implementation
Client: West Gippsland Catchment Management Authority Type: Design & Construct Timing: March – December 2013 EcoProjects has been engaged to undertake planning, design and construction of works associated with improvement to the environmental, heritage and community values of Stringers Creek within the historic township of Walhalla. Walhalla is an old gold mining town that is rich in cultural heritage and is located within an isolated section of the Baw Baw Ranges within the broader Great Dividing Range. Works undertaken of this project include site assessment and design, community and stakeholder consultation and project delivery. The on ground works to be conducted under this project include the construction of gabion basket, concrete and rock retaining walls. Construction of instream grade control structures and bank stabilisation works. Construction of a pedestrian footbridge in accordance with heritage requirements. Removal of large woody vegetation that is currently impacting on the structural integrity of existing …
Yallourn North Landslip Remediation
Client: Latrobe City Council Type: Lump sum, construct only Timing: October – November 2013 This project involved the construction of a pre cast concrete panel retaining wall and installation of slope drainage to address an active landslip site. A series of deep trench drainage lines filled with filter sand we installed to conveyor subsurface moisture from the site.