a) Developing advanced methods for determination of redox conditions in the concerned specific systems

b)Identification of components that govern the system redox conditions.

c) Identification of the equilibrium and deviation from equilibrium of different redox sensitive components

d) Determination of the kinetics/time function response of system components to perturbances related to relevant scenarios within the disposal Safety Case

e) Determination of redox reactions of sensitive radionuclides and the deduction of their transport/retention properties.

f) Determination of the impact of microorganism on the redox conditions of the overall system and individual components.

g) Identification of redox processes driving the spent fuel dissolution, including redox coupling with relevant near-field materials.

a) Training of young researchers within the project by scientific mobility measurements and workshops on specific topics

b) Documentation, communication and dissemination of the results, addressing the directly concerned community involved in the nuclear waste disposal safety case and a broader scientific community.