Issued: April 2016
Flooding in Scotland has the potential to affect one in 13 businesses and one in 22 homes. The central belt, traditionally Scotland’s industrial and residential heart, is at the greatest risk.
The …
Issued: June 2016
The National Procurement Service (NPS) Framework for Wales enables the public sector to procure environmental and flood risk services rapidly and efficiently.
Wales has unique flood risk and planning policy challenges. …
Issued: June 2016
Six months on from its release, it is still early days for the latest CIRIA SuDS manual and associated non-statutory guidance. Wales is leading the way in their holistic approach to its use.
Issued: June 2016
Almost ten years ago, the Pitt review of flooding pointed towards a whole-catchment response to flood management. Not just flood defences in urban areas, but changes to upland land use and water flows. Where are we now?
WHS has satisfied the runoff and treatment requirements in a large complex site with a combination of appropriate SuDS strategies. Biodiversity will be enhanced and local amenity enriched.
A proposed 20-hectare development of mixed commercial, industrial and
Issued: December 2016
Welsh public bodies using the NPS Framework to tender for flood risk are saving money and delivering value to taxpayers.
We are delivering too. WHS was delighted to be awarded a place in the Framework (Construction Consultancy
The River Grudie hydroelectric scheme is under construction. The success of this remote and sensitively located development has demanded the expertise of the entire WHS team over seven years.
In 2009, Innogy commissioned WHS …
A pollution incident upstream could affect 16 public water supply intakes in the Thames basin. How long will it take?
WHS needed to develop an operational tool to map the travel time of a pollution incident at …
The Environment Agency (EA) and UK Water Industry Research (UKWIR) have been working together to develop a water-quality model to allocate the proportions of loads and concentrations of priority substances from different sources in the river network (source apportionment).
Information on the magnitude and variability of flow regimes, at the river-reach scale, is central to water resource and water quality management. It is also essential to know the difference between natural and artificial components of stream flow data.
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