Coastal protection and near-shore evolution under Sea Level Rise
This project will refine knowledge on coastal dynamic and shore evolution prediction, helping society to adopt sustainable and resilient coastal defences.
Planned, ongoing, and completed research projects and campus and service improvements.
This project will refine knowledge on coastal dynamic and shore evolution prediction, helping society to adopt sustainable and resilient coastal defences.
We study "ice waves", or hydroelastic waves, to improve engineering design of roads and aircraft runways in polar regions and other engineering applications.
This project investigates beach morphodynamics at varying timescales to assess the vulnerability of coastal environments.
We aim to detect underwater acoustic events in a long duration recording to assess the impact of noise from commerce and shipping on animal population.
The aim of this project is to explore ionomer materials and rectifier mechanisms to then develop prototype devices for desalination and selective ion removal.
This project will look to create a 3D physical model of the Welsh Water reservoir Llandegfedd to improve processes and determine impacts of interventions.
This project aims to reduce pharmaceuticals in the aquatic environment and understand the effects of ‘social prescribing’ on their use and disposal.
This project aims to determine and model the kinetics of degradation of a large library of pure and mixed ECs in both wastewater effluent and drinking water.
This project is based at the Centre for Digital Entertainment and aims to reduce the considerable energy consumption of aeration in activated sludge treatment.
We aim to develop porous metal oxide foams for use in the photocatalytic removal of water pollutants & establish photocatalysis as a water treatment technology.