HydroHub is a decision support tool that monitors and forecasts the conditions of surface water bodies (reservoirs, lakes, rivers, estuaries, and coastal oceans) to inform the management of water supply, water quality, pollutant spills, flooding, and environmental flows. HydroHub comprises of a visualisation interface, manages historical and real-time water resource data, and computes decision support indices. HydroHub provides the user with an intuitive platform to analyse data, develop models, run model scenarios and create end products for print reporting, online pages and presentations (including animations, GIS resources and statistical analysis).
Some of the specific HydroHub capabilities include:
- Data importing
- Database management
- Connection to external databases and data files
- Data processing
- Run AEM3D for hind-cast, real-time, forecast and scenario simulations
- Customised scenario simulation ‘wizards’
- Run catchment model simulations
- Generate statistical indices
- Statistical analysis
- Visualisation of data and model results
- Integrated GIS capabilities
- Web posting of summary status reports, simulations, and alerts
- Web posting of figures and reports
- Task scheduling
HydroHub provides a number of key advantages for water resource managers. These include:
- Visualisation of the current state of real-time monitoring equipment;
- Automated reporting of monitoring failures or significant events;
- Ability to run sophisticated meteorological, catchment and water body models to predict how and water quality; and
- Ability to simulate and optimise the impact of management decisions before implementation.
Hydronumerics is able to provide high-quality and tailored solutions to a broad range of clients because we have the capacity to customise and develop new software products within our organisation. Our water resource engineers understand the water resources challenges and have the skills to translate solutions directly into software products that have lasting value.
Hydronumerics works with clients to configure and maintain HydroHub installations and undertakes developments and training to fulfil client requirements.
HydroHub includes a range of flexible data importing routines to allow reading and storing of data collected by in-situ monitoring equipment. Data can be imported from:
- Delimited text files;
- Excel spreadsheets;
- Water column profiling instruments (including Hydrolab, Seabird and YSI profilers);
- Lake Diagnostic Systems;
The system can obtain data files via direct IP connection, FTP, SFTP or HTML.
If you're all ready using Aquatic Informatics Aquarius or OSIsoft Pi or have your data in a bespoke SQL Database System HydroHub can connect to it. Once configured HydroHub can use these data sources to force numerical models or for plotting or data processing.
Hydronumerics works with out clients to ensure HydroHub integrates seamlessly into their overall water data management system. The internal HydroHub database can be run on Microsoft SQLServer, ORACLE or the open source PostgreSQL depending on client preference.
HydroHub uses sophisticated numerical models to forecast the state of your aquatic system. Catchment inflows can be simulated with a number of catchment models including XPSWMM, HSPF or Source catchments. HydroHub can run weather forecasts using the Weather Research and Forecasting (WRF) Model and simulates the hydrodynamics, water quality and biochemistry of surface waters using the Aquatic Ecosystem Model 3D. Simulation results can be used to guide the decision making process for both short-term events and long-term management decisions. Hydronumerics works with our clients to bring additional models into the HydroHub framework as required.
- HydroHub Training in Myanmar 2017-03-22
- Hydronumerics at OzWater '16 2016-05-07
- Chris O'Neill Presenting at India Water Week 2016-04-02
- Hydronumerics' Engineers talk about International Day of Women and Girls in Science 2016-02-12
- Welcome to Priyanka Bhattacharya 2016-02-09
- Update from Rachael Welling 2016-02-08
- Rachael Welling joins the team 2015-12-07
- Madeleine Jenkins selected as Engineers Without Borders Design Summit Mentor 2015-09-18
- Recent Publication 2015-09-12
- Hydronumerics welcomes Dr Patricia Okely 2015-07-30
- Port Phillip Bay EMP Modelling 2015-07-29
- Water Quality Modelling in Lake Burley Griffin 2015-07-28
- Hydronumerics welcomes Madeleine Jenkins 2015-06-21
- Water Quality Improvement Options for Lake Tuggeranong (ACT) 2015-06-15
- SA Water ARMS Project 2015-05-11
- New Modelling Publication 2015-05-01