Client: NSW Government (Department of Industry)
Threat and Risk Assessment (TARA) is a key element of the NSW Government’s approach to the sustainable management of the NSW marine estate. The approach considers and prioritises the social, cultural, economic and environmental threats to community benefits derived from the marine estate to inform future management.
BMT was engaged by the Department of Industry on behalf of the Marine Estate Management Authority (MEMA) to provide strategic risk assessment advice for the TARA process for a pilot project for the Hawkesbury Marine Shelf Bioregion and then for the State-wide marine estate.
In close collaboration with officers from four State Government departments, external experts, and the independent Marine Estate Expert Knowledge Panel, BMT developed and delivered a range of workshops and meetings to assess risks to environmental assets and social and community benefits of the marine estate.
The findings of the workshops were documented through a comprehensive TARA report for the Hawkesbury Shelf Bioregion (released as part of a discussion paper for the overall project in 2016) and a State-wide assessment report.
The TARA reports were regarded as a key input to the future management of the NSW marine estate.
BMT was appointed to review the methodology and modelling to inform a Flood Risk Assessment in Essex. Following the review recommendations for any limitations of the Flood risk Assessment have been sent to the client in a technical note.
Singapore Office of the American Bureau of Shipping (ABS), commissioned BMT to undertake a Quantitative Environmental Risk Assessment to determine the risk posed by a newly-installed buried aviation fuel pipeline within a military facility.
Recognising rapid urban growth in the Local Government Area, Moreton Bay Regional Council has identified the need to augment the Brendale Wastewater Treatment Plant (WWTP) to account for this future growth.
The Brisbane River Catchment Flood Study is the most detailed and comprehensive flood study ever undertaken in Australia. The hydraulic models that were developed underwent rigorous calibration. A sophisticated Monte Carlo approach was used to hydraulically model 11,340 flooding scenarios. The result was a robust and defendable set of design events. The study was fully peer reviewed by a panel of independent experts.