Research Associate -how glacial comminution produces bio-utilisable compounds from model and natura

The University of Bristol seeks to employ a highly specialised 3-year postdoctoral researcher on the project CRUSH2LIFE. The project aims to assess how glacial comminution produces bio-utilisable compounds from model and natural mineral and organic carbon assemblages, via the conversion of thermo-mechanical energy into chemical energy in the form of surface free radicals.

 

The Research Associate needs to have the skill sets to be able to undertake ALL the following duties.

• Conduct anaerobic, high P and low T experiments on model crushed rock and organic matter
• Establish the surface free radical content of the crushed mineral/organic assemblage
• Determine the release of trace gases such as H2, CH4 and other short-chain hydrocarbons using appropriate GC and GCMS techniques
• Determine the stable isotope concentrations of the carbonate, organic matter, CO2 and CH4 in the experiments.
• Conduct similar experiments on valuable Antarctic subglacial lake sediments
• Write up the results for publication in high profile scientific journals

 

In addition, they will perform the following administrative duties:

• Be responsible for the day to day running and execution of the project
• Conduct risk and COSHH assessments of experiments Liaising with Project Lab Technician about forthcoming analytical and experimental requirements.

 

The Research associate will be required to conduct experimental work for extended periods in Newcastle.

For informal enquiries, please contact Professor Martyn Tranter by email (m.tranter@bristol.ac.uk).

The anticipated start date will be 01 September 2018, or as soon as possible thereafter.

Collaborators: Dr. Jon Telling, University of Newcastle, Professors Alex Anesio, Simon O'Doherty and Jemma Wadham (University of Bristol). 

 

The University is committed to creating and sustaining a fully inclusive culture.  We welcome applicants from all backgrounds and communities.