Below are the public deliverables of the project.

D1.2. State of the art (PM10)

D1.2. State of the art (PM48)

D1.3. Application of redox in the Safety Case (PM12)

D1.3. Application of Redox in the Safety Case (PM48)

D2.1. Agreement on details for IC Exercise

D2.2. Experimental scheme for the IC Exercise

D2.3. Consolidated outcome of the ICE

D2.4. Further work on determination of redox state

D3.1. Characterization of the redox determining minerals used in the investigations

D3.2. Effect of Microbial processes on redox (PM45)

D3.3. Buffer Capacity and the redox kinetics (PM45)

D3.4. Incorporation of the concept of RDC (PM45)

D4.1. Chemical and redox behaviour of the investigated RRNN (PM45)

D4.2. Chemical and redox behaviour of the investigated RRNN through microbial mediated processes (PM45)

D5.1. Redox in RRNN transport in crystalline rock (PM45)

D5.2. Redox in RRNN transport in clay rock (PM45)

D5.3. Redox in RRNN transport in contaminated systems (PM45)

D6.1.Redox driven SF dissolution and RRNN trapping by steel canister corrosion products (PM45)

D6.2.Redox driven SF dissolution through galvanic coupling (PM45)

D7.4.Brochure 1AWSpdf

D7.4.Brochure 2AWS

D7.4.Brochure 3AWS

D7.4.Brochure 4AWS

D7.5. 1st newsletter

D7.5. 2nd newsletter

D7.5. 3rd newsletter

D7.5. 4th newsletter

D7.5. 5th newsletter

D7.5. 6th newsletter

D7.5. 7th newsletter