In situ corrosion of canister materials in bentonite: the IC-A experiment at Mont Terri

Diomidis, Nikitas; Reddy, Bharti

doi:10.5194/sand-1-89-2021

Articles | Volume 1

https://doi.org/10.5194/sand-1-89-2021

© Author(s) 2021. This work is distributed under
the Creative Commons Attribution 4.0 License.

https://doi.org/10.5194/sand-1-89-2021

© Author(s) 2021. This work is distributed under
the Creative Commons Attribution 4.0 License.

Articles | Volume 1

Conference Abstract

|

10 Nov 2021

Conference Abstract |

| 10 Nov 2021

In situ corrosion of canister materials in bentonite: the IC-A experiment at Mont Terri

Nikitas Diomidis and Bharti Reddy

Viewed

Total article views: 646 (including HTML, PDF, and XML)

HTML	PDF	XML	Total	BibTeX	EndNote
445	161	40	646	50	97

HTML: 445
PDF: 161
XML: 40
Total: 646
BibTeX: 50
EndNote: 97

Views and downloads (calculated since 10 Nov 2021)

Month	HTML	PDF	XML	Total
Nov 2021	41	22	3	66
Dec 2021	7	3	1	11
Jan 2022	10	5	1	16
Feb 2022	5	4	1	10
Mar 2022	7	3	1	11
Apr 2022	3	2	2	7
May 2022	3	2	1	6
Jun 2022	8	1	0	9
Jul 2022	2	2	0	4
Aug 2022	1	4	0	5
Sep 2022	1	0	1
Oct 2022	3	1	0	4
Nov 2022	3	3	0	6
Dec 2022	4	2	0	6
Jan 2023	1	3	0	4
Feb 2023	2	1	0	3
Mar 2023	8	2	1	11
Apr 2023	2	3	1	6
May 2023	4	3	0	7
Jun 2023	1	1	0	2
Jul 2023	3	3	0	6
Aug 2023	3	1	0	4
Sep 2023	2	3	0	5
Oct 2023	1	4	0	5
Nov 2023	1	0	1
Dec 2023	4	3	1	8
Jan 2024	3	1	0	4
Feb 2024	3	2	1	6
Mar 2024	4	1	5
Apr 2024	4	2	0	6
May 2024	5	2	1	8
Jun 2024	5	6	2	13
Jul 2024	11	3	3	17
Aug 2024	12	2	0	14
Sep 2024	10	1	1	12
Oct 2024	2	3	1	6
Nov 2024	2	3	0	5
Dec 2024	1	2	1	4
Jan 2025	3	2	0	5
Feb 2025	10	2	0	12
Mar 2025	8	3	1	12
Apr 2025	6	4	0	10
May 2025	13	2	2	17
Jun 2025	19	4	2	25
Jul 2025	13	5	0	18
Aug 2025	19	5	0	24
Sep 2025	81	5	2	88
Oct 2025	11	6	0	17
Nov 2025	33	5	5	43
Dec 2025	10	6	0	16
Jan 2026	28	3	4	35

Cumulative views and downloads (calculated since 10 Nov 2021)

Month	HTML	PDF	XML	Total
Nov 2021	41	22	3	66
Dec 2021	7	3	1	11
Jan 2022	10	5	1	16
Feb 2022	5	4	1	10
Mar 2022	7	3	1	11
Apr 2022	3	2	2	7
May 2022	3	2	1	6
Jun 2022	8	1	0	9
Jul 2022	2	2	0	4
Aug 2022	1	4	0	5
Sep 2022	1	0	1
Oct 2022	3	1	0	4
Nov 2022	3	3	0	6
Dec 2022	4	2	0	6
Jan 2023	1	3	0	4
Feb 2023	2	1	0	3
Mar 2023	8	2	1	11
Apr 2023	2	3	1	6
May 2023	4	3	0	7
Jun 2023	1	1	0	2
Jul 2023	3	3	0	6
Aug 2023	3	1	0	4
Sep 2023	2	3	0	5
Oct 2023	1	4	0	5
Nov 2023	1	0	1
Dec 2023	4	3	1	8
Jan 2024	3	1	0	4
Feb 2024	3	2	1	6
Mar 2024	4	1	5
Apr 2024	4	2	0	6
May 2024	5	2	1	8
Jun 2024	5	6	2	13
Jul 2024	11	3	3	17
Aug 2024	12	2	0	14
Sep 2024	10	1	1	12
Oct 2024	2	3	1	6
Nov 2024	2	3	0	5
Dec 2024	1	2	1	4
Jan 2025	3	2	0	5
Feb 2025	10	2	0	12
Mar 2025	8	3	1	12
Apr 2025	6	4	0	10
May 2025	13	2	2	17
Jun 2025	19	4	2	25
Jul 2025	13	5	0	18
Aug 2025	19	5	0	24
Sep 2025	81	5	2	88
Oct 2025	11	6	0	17
Nov 2025	33	5	5	43
Dec 2025	10	6	0	16
Jan 2026	28	3	4	35

Latest update: 29 Jan 2026

Short summary

The aims of the project are to confirm the long-term anaerobic corrosion rate of carbon steel and copper in compacted bentonite under repository-relevant environmental conditions. Low average anaerobic corrosion rates were measured for carbon steel and a very modest amount of alteration was identified on copper.