Client: Moreton Bay Regional Council (MBRC)
Total Water Cycle Management (TWCM) planning aims to consider all elements of the water cycle to deliver the community’s needs for water in a way that optimises social and environmental benefits while minimising costs. The TWCMP was initially developed to satisfy legislative requirements of the Environmental Protection (Water) Policy 2009. These requirements are no longer mandatory, however MBRC have adopted the planning process as a valuable tool for managing sustainable development in the region, and have since used the planning process to help investigate a range of future growth scenarios to guide the development of a new Priority Infrastructure Area and inform future growth decision making in the region.
The TWCM planning process was predicted to save Council millions of dollars in infrastructure costs and was instrumental in identifying least cost solutions and preferred catchment management scenarios (based on triple bottom line principles) to sustainably manage water resources.
The project involved three key phases, including developing a strategy, undertaking detailed planning and developing an implementation plan. During the detailed planning phase, a comprehensive modelling framework was developed and used to quantify water quality management targets for catchments. The project was awarded winner of the AWA National Program Innovation Award in 2013, and winner of Stormwater Industry Association of Australia’s National Award for Excellence in Strategic or Master Planning in 2013.
The Surface Water Management Plans (SWMPs) outline an assessment of surface water flood risk, recognising the flood mechanisms and economic impact to residential and commercial properties across the catchments of Clacton on Sea and Sawbridgeworth.
We were engaged by ERA to develop a water quality management framework for mine closure. The broad aim of the project is to develop a practical and transparent management framework to assess effects of contaminants of potential concern on receiving environments during the closure phase, with an initial focus on magnesium.
Following on from our role in assisting Stockland to carry out environmental assessments and obtain federal approval for the project, we have been responsible for the planning and design of the stormwater quality and flood risk management strategy for the Aura site as well as on-going surface and groundwater monitoring.
In association with Buckley Vann town planners and the Department of Civil Engineering at the University of Queensland (UQ), we undertook a climate change vulnerability and adaptation planning study for the remote centre of Choiseul Bay, at the northern tip of the Solomon Islands.