Study of Erosion in Vertical Pumps through Computational and Experimental Methods and Development of Coatings to Prevent Sand Erosion. (EROSION

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Development of New Design Procedures of Vertical Pumps through Computational Fluid Dynamics. (CFD-DESIGN)

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Development of a New Type of Deep Well Vertical Turbine Pump for Low Capacities and High Head Driven by Renewable Sources. (RES-DESIGN-CFD)

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Hydrodynamic Design of Submersible Pumps – An Experimental Study. (EXP.)

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Development of a New Fully Automated Production Line for Steel Pipes – A New Threading Approach. (MACHINERY DESIGN)

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Study of Corrosion in Vertical Pumps through Computational and Experimental Methods and Development of a New Method to Prevent Corrosion. (CORROSION)

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Development of New Coatings Used to Prevent Erosion and Development of a Prototype Coating Process for Deep Well Vertical Turbine and Submersible Pumps.

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Development of a State of the Art Hydrodynamic Laboratory in Association with the Cyprus University of Technology.

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Many of the HYDRUS's R & D Activities are Co-Funded By,                               Research Funds are Managed By,