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www.managingwater.co.uk Storm Water Management


dimensional, two-dimensional and three-dimensional hydraulic modeling techniques as well as three dimensional Computational Fluid Dynamics (CFD) modeling


have been employed together. Long term options for sustainably reusing the stormwater are also been explored.


Alan Man, Vice President and Managing Director of Black & Veatch’s North Asia Pacific water business said: “We have had to be a lot smarter about this complex challenge and the beauty of the Happy Valley scheme is that it will work with nature and use real time, intelligent data to adjust the volume of stormwater within the storage tank.”


Mr. Chan Chi-chiu, Director of Drainage Services, said, “We put our best minds to work and have arrived at a solution that adopts the latest technology, takes into consideration future climatic


change and reduces construction time, as well as cost. When planning, we were very aware of how this project could affect the community too, so we have paid close attention to accommodating their needs and minimizing the environmental and social impacts.”


At a cost of HK$1 billion, (£80m) the project commenced construction in September 2011, with the first phase scheduled for completion by early 2015 and the second by early 2018.


The project is one of the first examples in Hong Kong where innovative integrated one-


 


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Optimum Hydraulics Ta


Optimum Value 


Optimum Value 


Optimum Flexibility  


Hydraulics Tailored hydraulic response curves. ailored hydraulic response curv


   


  


Optimum Installation   


    


 


 es.


 


Optimum Flexibility   


Optimum Installation 


 


For further information call the Hydro-Brake® hotline: 01275 337937 or visit www.hydro-int.com


For further information call the Hydro-Brake or visit www.hydro-int.com


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