Research and training deliverables Work Package no.
Project and time management – academic and; industry perspective WP1-7
Application of physicochemical and molecular microbial analysis for contaminated land and groundwater
Application of innovative methods for site characterisation, water and contaminant flux measurement in the subsurface
Assessment of contaminant source identification, natural processes and remediation performance using stable isotopes
Developing in situ treatment strategies for mixed contaminants - methods guidance WP5
Developing in situ treatment strategies for mixed contaminants - data set guidance WP5
Interpretation and statistical analysis of environmental data WP1-7
In situ remediation of metal-contaminated sites WP4
Soil and groundwater remediation: sustainable management strategies, effective clean-up methods and emerging contaminants WP1-7
Modelling contaminant transport and attenuation in the hyporheic zone of streams WP3
Value of using stable isotopes to evaluate the sources and fate of nitrogen pollution in freshwater systems WP5
Principles and application of flow and transport modelling in the subsurface WP1-8
Career workshop, employment opportunities, developing an effective job search strategy, CVs and job applications WP1-8
In-situ remediation of contaminated groundwater: diverse solutions for diverse problems WP4-5
Bioelectrochemical systems (BES) for enhanced bioremediation of groundwater WP6
The vadose zone experimental setup for vadose zone characterization at industrial contaminated sites WP7
Building interdisciplinary tools for long-term contaminated site management WP1-8
Advances in the application of isotopic methods to contaminated groundwater sites WP1 and 5
'Taking research beyond academia' - IPR/legal issues for research and technology development, commercialisation WP1-8
In situ Remediation 2014 WP1-8


Associated Partners