
Kaligandaki storage hydropower feasibility
WREMA subconsultant role
Nepal · Feasibility
Reservoir-operation and water-balance modelling to inform feasibility and dam review for a proposed storage hydropower scheme.

Industry sector
WREMA supports water authorities, government agencies and development banks with water supply yield assessment, dam safety investigations, reservoir operation modelling and hydropower feasibility studies in Australia and internationally.
Challenges we help solve
Typical outputs
Project experience
A selection of water supply and dam safety projects undertaken by WREMA's staff, prior to and since the firm's formation in 2014.

WREMA subconsultant role
Nepal · Feasibility
Reservoir-operation and water-balance modelling to inform feasibility and dam review for a proposed storage hydropower scheme.

Experience of WREMA personnel
Kelantan, Malaysia · Technical study and advisory
Hydrologic investigations and river modelling supporting reservoir, power-generation, design-flood and downstream flood-level decisions.

Experience of WREMA personnel
Mauritius · Technical study and advisory
Hydrologic investigation and yield assessment supporting spillway design and evaluation of additional dam storage and supplementary inflows.

Experience of WREMA personnel
New South Wales, Australia · Technical study and advisory
Independent review of a regional water-supply model supporting drought planning, long-term strategy and system-yield assessment.

Experience of WREMA personnel
Sydney, Australia · Technical study and advisory
Independent expert review of the model and methodology underpinning yield assessment for Sydney's water-supply system.

Experience of WREMA personnel
Queensland, Australia · Planning and modelling
Scenario modelling to support drought-management, restriction-trigger and water-transfer decisions for Toowoomba's regional supply system.

Experience of WREMA personnel
New South Wales, Australia · Technical study and advisory
Climate-informed modelling of five dams to estimate secure yield under population, environmental-flow and climate-change scenarios.
Southeast Queensland water supply system
Applied a new procedure to assess the impacts of climate change on rainfall and streamflow in Southeast Queensland, identifying a marked increase in maximum daily temperatures since 1980 alongside significant declines in rainfall and streamflow, concluding that water-supply yield estimates based solely on historical climate conditions are likely significantly over-estimated.