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In a bid to achieve the United Nations’ vision of increasing renewable energy resources, DHI has collaborated with other institutes in the EU INNWIND project to develop standards for floating wind energy production. Our test facility in Denmark with the capacity to simulate real conditions, provided the best venue for the inaugural testing of the scale model offshore wind turbine.
Explore our engagements through our Annual Report 2015 here!
The design of the Lüleburgaz wastewater treatment plant (WWTP) in Turkey during its conception was based on estimations that were not verified. Thus, it could not capture the true efficacies of the plant. Using MIKE Powered by DHI’s WEST for OPTIMISATION software, a dynamic model was developed that was more reliable in simulating the WWTP. This model helped verify process calculations which provided accurate evaluation of the plant’s process. With the new model, optimisation of the process parameters of the Lüleburgaz WWTP was possible.
The cities of Tát and Tokod in Hungary have, in recent years, been under threat of urban flooding and high groundwater levels. Due to their locations and the effects of climate change, an increased level of storm water results in an increase in ground water level. DHI was engaged by the municipalities of Tát and Tokod to provide advanced knowledge of surface water, groundwater and urban water systems through a complex integrated mathematical model using the MIKE Powered by DHI’s MIKE SHE and MIKE URBAN software. Simulation based on the models allow a conceptual plan and planning guide to be formulated to prepare for future flood events.
Through THE ACADEMY by DHI, we offer a wide variety of training courses.
Check when courses are scheduled in your region and in your language – and mark your calendar now!
Find more training courses in our online calendar.
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