WATER INFORMATION MANAGEMENT SYSTEM
WIMS HydroGeology Edition
The next generation in affordable, cloud-based groundwater information management systems designed to consolidate and securely store data, improve data management and accelerate hydrogeo project workflow!
WIMS will be exhibiting at the 2019 Groundwater ConferenceOct 20 @ 8:00AM - Oct 23 @ 5:00PM Boardwalk International Convention Centre, Port Elizabeth, Eastern Cape.
The theme of this year’s conference is Conservation, Demand & Surety (GWD) and part of the focus of the conference is Groundwater Management.
Join us to see how software and technology can be used for effective open cast pit dewatering and groundwater management. Franszo Faul will be giving an oral presentation on this subject.
It's been said that you cannot manage what you cannot measure. This is especially true with groundwater management; where we have limited data allowing us to 'see' the underground source. All over the world, people are spending aquifers full of money (bucket loads) on monitoring programmes and hydro census’s. They capture borehole locations, water levels, abstraction rates, rainfall measurements and water quality analysis, then typically store the product, the deliverable, their valuable data, in a massive amount of spreadsheets.
They have measured, but struggle to manage effectively because the data has not been stored in a centralised, consolidated fashion.
Join us for a journey through Dagbreek, an open cast pit at Sishen mine, one of the largest open cast iron ore pits in the world and certainly part of the biggest dewatering project in South Africa. See how Sishen utilised technology to eliminate manual, paper-based data collection and spreadsheets. See how they utilised a cloud-based information management system to centralise and consolidate their data before transforming the data into valuable visualised information. See how this is equipping Sishen's decision makers with easy to interpret and up-to-date information, empowering them to make more effective operational and management decisions about their dewatering and groundwater management strategy.