Site interim and end states
Background
We are interested in new technologies and techniques that would help us:
define and optimise site interim and end states, for example, factors influencing decision making;
address barriers to onsite and in situ disposal of waste; and
address the management of residual land contamination.
We are particularly interested in new technologies and techniques that would improve our ability to predict changes in facilities and remotely monitor facilities, ground and groundwater over long periods of time.
Next steps
Get in touch with research@nda.gov.uk
Related UKRI funded projects
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Groundscreen Brownfield Risk Calculator
COVID-19 has resulted in the significant disruption to the construction and property sector, as well as having significant financial impacts on local authority revenues. Groundscreen is a cloud-based digital planning too...
Funded by: Innovate UK
Why might this be relevant?
Partially addresses the question by providing a tool for assessing soil and groundwater contamination and geotechnical hazards.
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Integrating artificial intelligence technologies for subsurface pollution fate prediction and risk assessment
Dr Bortone is a researcher in soil and groundwater sciences and environmental engineering, with expertise in fluid flow and hydrogeochemical process modelling, who aspires to learn information and communication technolog...
Funded by: EPSRC
Why might this be relevant?
Partially addresses the question by proposing AI-powered tools for predicting soil and groundwater pollutant transport and assessing environmental risks.
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Follow On: Realising the Commercial Potential of the Aquifer Assessment Tool
This project will deliver, as a commercial product, a novel technology (The Aquifer Assessment Tool, AAT) for the in situ investigation of contaminated groundwater. The AAT uses single borehole tracer tests to provide si...
Funded by: EPSRC
Why might this be relevant?
The project focuses on in situ investigation of contaminated groundwater, which partially relates to the question about addressing barriers to onsite disposal of waste.