PhD Research Project: Sustainable Soils for Enhanced Biofilter Water Quality Performance
- Employer
- Global Academy Jobs
- Location
- United Kingdom
- Closing date
- Feb 24, 2017
View more
- Sector
- Science, Physical Sciences and Engineering, Chemical Engineering, Chemistry
- Hours
- Full Time
- Organization Type
- University and College
- Jobseeker Type
- Academic (e.g. 'Lecturer')
Job Details
The aim of the project is to identify biofilter substrate (=soil) mixes that meet three potentially-conflicting criteria: they should be predominantly locally-sourced; they should meet the growing requirements for the vegetation they support; and they should play an active role in filtering out key stormwater pollutants through adsorption processes, particularly heavy metals.
The substrates used in vegetated SuDS (green roofs, rain gardens, biofilters receiving road runoff etc.) are typically imported, highly-engineered mixes, optimised to meet plant survival and water quality treatment objectives. However, the carbon footprint associated with removing native urban top soils and replacing them with these new mixes is high, and can potentially be reduced by making better use of in-situ material. The research challenge is to minimise the use of soil improvers/amendments whilst still meeting the needs of the plants and attaining high levels of pollutant removal. The PhD project will uniquely focus on real urban soils, specifically a typical garden soil and two soil types that have been ‘compromised’ as a result of previous land-use pressures. Laboratory column tests will be used to characterise the soils and to identify how the non-amended soils perform with respect to hydrological, plant support and runoff quality (removal of heavy metals). A key aspect is to characterise the removal mechanisms in connection with core soil properties to develop generalised knowledge that can be used for choosing appropriate filter substrates for a broad range of applications. A range of substrate amendments will be proposed and tested, with a focus on low carbon footprint (e.g. novel recycled) materials.
If the project is funded we will liaise with University Estates to place trial planter boxes on campus, providing a visual opportunity to promote the TWENTY65 project to a broader audience.
Funding Notes
This PhD is fully funded for Home or EU applicants plus the standard Research Council maintenance award (£14,296 per annum in 2016/17) for three years. We also welcome applicants from overseas students who are able to self-fund the difference between the Home and Overseas fees levels.
References
This PhD project is part of the Twenty65 EPSRC funded research consortium. This is a consortium of the universities of Sheffield, Manchester, Exeter, Reading, Newcastle and Imperial College.
Selection process: Shortlisting will take place as soon as possible after the closing date and successful applicants will be notified promptly. Shortlisted applicants will be invited for an interview to take place at the University of Sheffield.
Company
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