Water is life, yet this vital natural resource is being depleted, polluted and mismanaged. In addition, we continue to experience more water-related disasters caused by a disruption in the hydrological cycle. To help tackle these mounting concerns, DHI’s developers continuously work to advance the capabilities of our water modelling software suite, MIKE Powered by DHI. For more than 25 years, MIKE software has been used by water professionals worldwide, from single users to large, global corporations with hundreds of concurrent users. We offer everything from off-the-shelf software to highly customisable IT solutions, developed specifically for specific clients, and the total coverage and integrated modelling possibilities of our MIKE product range are unmatched by any similar software family.
2022 marked the launch of our latest release, MIKE 2023. With an emphasis on efficiency and expanded application, users are empowered to develop accurate and intelligent solutions in real-time across the entire water cycle. The MIKE 2023 release also included the launch of FEFLOW 8.0.
MIKE software solutions include:
Urban water – fully integrated software trusted by water utilities and wastewater treatment plant operators to model and simulate water distribution systems, collection systems, flooding, rivers and wastewater treatment plants
Coast and marine – 2D and 3D modelling tools used by port authorities and coast and marine engineers to analyse flow phenomena, waves, sediment dynamics, dispersion phenomena and ecological systems
Water resources – specialised 2D modelling tools relied on by water authorities to better understand inland water dynamics and water resources availability
Groundwater and porous media – 2D and 3D simulation software used by mining professionals, civil engineering, geotechnical and geothermal engineers to analyse groundwater quality and quantity
Data and operational decision-making – integrated software that empowers users across all sectors to build data management, real-time forecasting and operational control systems