Self-powered biosensors for water quality monitoring
The project aims to develop a biosensor to detect pesticides in water to increase the effective use of pesticides in industry and agriculture.
Planned, ongoing, and completed research projects and campus and service improvements.
The project aims to develop a biosensor to detect pesticides in water to increase the effective use of pesticides in industry and agriculture.
This project aims to develop a stochastic sewer model to support sewer design under water conservation measures.
We aim to provide solutions to obtain accurate estimates of exclusion zones for marine mammals in seismic exploration to avoid impacting their health.
This project examines and identifies a sensor and process model for hindered-compression settling velocity.
This project aims to strengthen capacity and develop capabilities within South Africa to undertake research into flood hydrology.
We aim to quantify biomass resources from livestock waste in England and create a techno-economic assessment of anaerobic digestion from agricultural residues.
We study in situ O2 dynamics to understand seasonality in sediment & water column processes in a coastal environment and coinciding effects on aquatic systems.
This project studies phytoplankton communities and primary production, the modelling of which is crucial for fisheries management as well as climatic forcing.
The project will look at demonstrating technologies with a potential to contribute to reuse and recovery of resources within a perspective of circular economy.
The project involves the design, installation and one-year operation of a High-Rate Algal Pond (HRAP) trial at Beckington Sewage Treatment Works.