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Deliverables
1.
To develop and validate an uncertainty minimised
DMT
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To
develop a protocol for the estimation of uncertainty
suitable for use with a range of existing
commercially available field tools using balanced
design principles.
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To
develop an optimised DMT for more accurate site
investigation and remediation minimising
the uncertainty of on-site measurements
2.
To develop an OUMCI field analytical tool
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To develop a specific and
sensitive chemiluminescence immunoassay PAH
detection system
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To
assess the specificity and sensitivity of the
chemiluminescence system
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To
develop a microfluidic system that minimises
operator error
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To
integrate the immunoassay system and microfluidics
into the ROTAS system
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To
validate the integrated immunoassay ROTAS system
using laboratory assessment
3.
Completion and cost based statistical analysis of
field trials
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To
perform field trials using uncertainty estimation
DMT with existing field analytical tools
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To
perform field trials using on-site OUMCI DMT system
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To
statistically validate on-site measurements in field
trials using existing field analytical tools and
novel OUMCI tools and perform cost-benefit analysis
comparison of field analytical techniques
4.
Dissemination
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