Remediation design and management
ESG Environmental has experienced remediation specialists with national and international experience in the design, trialling, implementation and management of both insitu and exsitu remedial programs. Our team has remediated sites that have been impacted by hazardous building materials (including asbestos) and contaminated soil, soil vapour, sludge and groundwater.
Depending on the land use setting and your requirements, the need for active remediation may be avoided if it can be shown through an ecological/human health risk assessment that the risks are acceptable for the impact to remain in place. Alternatively, we can work with you to develop a site specific solution to minimise any required remedial works that safely manage the risk presented by the contamination, within your project’s constraints.
Cost effective, sustainable and risk based solutions are often found by managing contamination issues on-site. Our remediation specialists can provide innovative options to complement your project’s objectives using a variety of technologies and management measures such as, reuse of materials, on-site treatment and containment systems. We have implemented many novel remedial technologies and low cost, low impact techniques to achieve remedial targets. More substantial remedial programs may require a tailored strategy sometimes requiring multiple technologies. With remedial targets and potential limitations in mind, we can work with you to develop an appropriate outcome resulting in significant cost savings and avoidance of ‘over treatment’.
Remediation action plans and feasibility studies
Remediation strategies and restoration
Site validation and monitoring
Field support and supervision on-site remediation programs
Waste classification for off-site disposal or on-site re-use
Waste reduction
Underground and above ground hydrocarbon storage tank decommissioning and validation works
Clearance of non-friable asbestos in soil
Mitigation of soil gas
Ecological and human health risk assessments
Derivation of site clean up criteria
Demolition/closure and deconstruction assessment, planning and implementation
Mine closure and rehabilitation plans
