Direct renewable energy powered Desalination (DrepD)

 

 
October 2016 – March 2020

 

Prof. Trevor. Whittaker
Prof. David Rooney
Dr. Matthew Folley
Ms. Mercedes Kovacsics

 

 

The production of fresh water directly from a renewable energy source such as wind or wave power has a number of inherent advantages. In particular, the mechanical energy from a wind turbine or wave energy converter can be used to directly pressurise water to be used in a reverse osmosis (RO) desalination plant. This eliminates the costs and loss of energy associated with conversion of the energy first into electricity and then into pressurised water, which occurs in traditional desalination plants powered by renewable energy. However, the direct use of renewable energy for desalination complicates the RO desalination plant as traditionally these have been designed for an unvarying energy supply.

The DrepD project investigates the impact of a variable energy supply on the performance of an RO desalination plant, including identification of alternative plant configurations that may be both more robust and more efficient with respect to the variability of the energy supply.

 

The DrepD project is funded by EPSRC

 

For further information please contact Dr. Matt Folley - m.folley@qub.ac.uk