For 25 years, MIKE Powered by DHI’s software products have been used in water environments all over the world. Thousands of professionals choose MIKE software to solve tough and complex challenges in areas such as oceans and coastlines, rivers and reservoirs, ecology, groundwater, water distribution, wastewater and many more.
Our data management, decision support and operational forecasting software suite traverses all our areas of applications, complementing existing MIKE technologies in the work we do for you.
MIKE Powered by DHI is a range of software products that enable you to accurately analyse, model and simulate any type of challenge in water environments.
Whether you need access for a single user, small businesses, large corporations or universities, we have the pricing option that fits your budget and modelling needs.
We offer Subscription Packages which provide the freedom to enjoy multiple applications with greatly enhanced scalability, Perpetual Licenses if you prefer to build your own software portfolio, Academic Licenses for academic staff and students, as well as access through Azure Marketplace (bring your own license) and MIKE Software as a Service (no separate license necessary). With a wide variety of user access options available, there is sure to be one that is right for your projects.
Developing a hydrological model for a large open pit polymetalic mine in Peru
A mine water operator needed to improve the reliability of pore pressure estimates for a mine in Peru, as well as optimise the dewatering system with respect to CAPEX and OPEX costs. To address this need, DHI helped our client to develop an advanced groundwater model within the challenging and complex hydrogeologic setting where the mine was situated.
A high-resolution 4D groundwater flow model for transient pit wall pore pressure and mine inflow estimates was developed for the large open pit mine. The model capitalises on FEFLOW advances, including the application of a fully unstructured mesh that honours the complex geologic model including the explicit incorporation of 56 faults in the pit area. The model, calibrated to historical flow and head measurements, was used to predict pit wall pore pressures through time and identify sectors that will require additional effort to depressurise.
The hydrological model helped our client:
The project included a dewatering system optimisation based on thousands of model runs to evaluate potential dewatering well locations based on their ability to meet the dewatering objectives in the most cost-effective manner. The analysis considered both CAPEX and OPEX costs and resulted in a wellfield with significantly lower costs than the non-optimised version.
Dewatering system evaluated and optimised
Met all dewatering objectives in the most cost-effective manner
Lowered CAPEX and OPEX costs
A mine water operator
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