Our areas of expertise
Our expertise spans all water environments –
from rivers and reservoirs, to oceans and coastlines, to cities and factories.
We have a 50-year track record in developing and implementing solutions that meet real-life challenges in water environments worldwide.
So whether you need to save water, share it fairly, improve its quality, quantify its impact or manage its flow, we can help.
Unlock solutions to water challenges with access to real-time data and emerging technologies
From flood protection planning to mine water management, oil spill forecasting to weather adapted control strategies, DHI’s Business Applications support the full spectrum of your decision-making needs.
All Business Applications
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Support your projects with easy access to high-quality water depth, metocean and marine animal movement data whenever you need it.
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Real-time optimisation and management platforms customised for your business
Make critical water-related decisions in real-time to optimise planning, operations and control through the powerful integration of data collection, analytics and modelling technology.
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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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