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UK: PhD Studentship - Managing Systems for Enhanced Performance
Written by Administrator
Saturday, 23 June 2007
Applications are invited for an EngD researcher for a collaborative project
between the EngD Centre in Systems and PCIP, a small start-up company charged
with the task of bring the ‘ice-pigging' technology to commercial fruition. Ice
pigging is the term given to a process of freezing water containing a freezing
point depressant to form a very thick ice slurry. This slurry is then ‘pumped'
through pipes and ducts, and as is moves through the complex topology, it shears
the fouling material off the wall leaving clean process equipment. The EngD
research project, "Phase-Change Pigging for Industry", will focus on developing,
improving and verification of the generic phase-change pigging technology by
studying and quantifying the effectiveness of different freezing point
depressants, in water, with a specific focus on 0.7M NaCl, corresponding to
saline solutions used in medicine. Alternatives to water will also be studied,
with focus on organic liquids with freezing points 10 or so degree centigrade
below ambient temperatures. To ensure the work has industrial relevance, the
researcher will concentrate on the application of the technology to three
different industry sectors, health (particularly the NHS), hydrocarbon recovery
(e.g. Chevron and BP) and Nuclear decommissioning (NDA). The work will build on
the work already started in the Mechanical Engineering Department in the
University of Bristol. Both experimental and numerical/theoretical work will be
undertaken. The research will develop and test ideas in the well-equipped
laboratory at Bristol, collaborating with other PCIP members and Departmental
staff. During the 4-year EngD programme, the EngD researcher will develop solid
connectivity to industry, developing an in-depth knowledge of their requirements
and understanding and aligning the phase change pigging technology to provide
industry with tangible benefits. The research will also develop research skills
in an area that promises to become increasingly more important in terms of
sustainability, reduced use of hazardous chemicals, and reduced power
consumption. Further details on the project can be found on the EngD Centre
web-site (http://www.sys-eng.bris.ac.uk/vacancies/).
Research at the EngD Centre is devoted to Systems, focusing on Managing
Systems for Enhanced Performance, and encompasses projects from a broad range of
disciplines including Computer Science and Management Systems, alongside the
usual Engineering disciplines. The Systems EngD is a full-time four-year
postgraduate research programme. The EngD researcher will spend about 75% of
his/her time on the project with PCIP in Bristol, within the University, and the
remaining time at the Centre on taught courses covering Systems and
business-related topics. This EngD offers the experience of rigorous,
leading-edge research within a business context.
Candidates should have a minimum of an Upper Second (2:1) class honours
degree (or equivalent) in Engineering (Mechanical, Chemical, Process or a
related disciplines) or in Physics, ideally some industrial experience, and
should be able to demonstrate leadership potential. Candidates without a
recognised degree may be acceptable if they can demonstrate significant,
relevant industrial experience.
A tax-free EPSRC stipend (£14,100 for 2007/2008) is available for the
successful candidate, enhanced by a generous contribution from PCIP. Tuition
fees will also be covered. Standard EPSRC studentship eligibility applies.
Please check your eligibility before applying. Non-eligible individuals are
welcome to apply, but must be able to find alternative funding.
Please apply to Postgraduate Admissions in the University of Bristol's
Faculty of Engineering. Information on how to apply, and where to obtain
application forms, is available on the EngD Centre's web site - www.systems-engineering.bristol.ac.uk
For further details on the research project, contact Professor Joe Quarini
(
) or Dr
Mike Tierney (
)
For further details regarding the EngD programme, please contact Dr Wendy
Daniell (
)