Progress on experimental protocols, formulation of conditioning materials and performance assessment for the direct conditioning of RLOW

Research output: Contribution to report/book/conference proceedingsIn-proceedings paperpeer-review

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Progress on experimental protocols, formulation of conditioning materials and performance assessment for the direct conditioning of RLOW. / Phung, Quoc Tri; Nguyen, Thi Nhan; Frederickx, Lander; Lambertin, David; Pancotti, Federica; Guerra, Mafalda; Sciacqua, Rossella; Hayes, Martin; Provis, John; Davy, Catherine A.; Mossini, Eros; Colombo, Stefano; Moschetti, Ilaria; Magugliani, Gabriele; Macerata, Elena; Mariani, Mario; Shkuropatenko, Vladimir; Bucur, Crina; Esperanza, Lara; Rodriguez Alcala, Marina; Piña Lucas, Gabriel.

Proceedings of PREDIS May Workshop 2021: Date 30.9.2021 version Final. ed. / Maria Oksa; Erika Holt. EC - European Commission, 2021. p. 52-66.

Research output: Contribution to report/book/conference proceedingsIn-proceedings paperpeer-review

Harvard

Phung, QT, Nguyen, TN, Frederickx, L, Lambertin, D, Pancotti, F, Guerra, M, Sciacqua, R, Hayes, M, Provis, J, Davy, CA, Mossini, E, Colombo, S, Moschetti, I, Magugliani, G, Macerata, E, Mariani, M, Shkuropatenko, V, Bucur, C, Esperanza, L, Rodriguez Alcala, M & Piña Lucas, G 2021, Progress on experimental protocols, formulation of conditioning materials and performance assessment for the direct conditioning of RLOW. in M Oksa & E Holt (eds), Proceedings of PREDIS May Workshop 2021: Date 30.9.2021 version Final. EC - European Commission, pp. 52-66, 2021 - PREDIS workshop, 2021-05-04. <https://predis-h2020.eu/publications-and-reports/>

APA

Phung, Q. T., Nguyen, T. N., Frederickx, L., Lambertin, D., Pancotti, F., Guerra, M., Sciacqua, R., Hayes, M., Provis, J., Davy, C. A., Mossini, E., Colombo, S., Moschetti, I., Magugliani, G., Macerata, E., Mariani, M., Shkuropatenko, V., Bucur, C., Esperanza, L., ... Piña Lucas, G. (2021). Progress on experimental protocols, formulation of conditioning materials and performance assessment for the direct conditioning of RLOW. In M. Oksa, & E. Holt (Eds.), Proceedings of PREDIS May Workshop 2021: Date 30.9.2021 version Final (pp. 52-66). EC - European Commission. https://predis-h2020.eu/publications-and-reports/

Vancouver

Phung QT, Nguyen TN, Frederickx L, Lambertin D, Pancotti F, Guerra M et al. Progress on experimental protocols, formulation of conditioning materials and performance assessment for the direct conditioning of RLOW. In Oksa M, Holt E, editors, Proceedings of PREDIS May Workshop 2021: Date 30.9.2021 version Final. EC - European Commission. 2021. p. 52-66

Author

Phung, Quoc Tri ; Nguyen, Thi Nhan ; Frederickx, Lander ; Lambertin, David ; Pancotti, Federica ; Guerra, Mafalda ; Sciacqua, Rossella ; Hayes, Martin ; Provis, John ; Davy, Catherine A. ; Mossini, Eros ; Colombo, Stefano ; Moschetti, Ilaria ; Magugliani, Gabriele ; Macerata, Elena ; Mariani, Mario ; Shkuropatenko, Vladimir ; Bucur, Crina ; Esperanza, Lara ; Rodriguez Alcala, Marina ; Piña Lucas, Gabriel. / Progress on experimental protocols, formulation of conditioning materials and performance assessment for the direct conditioning of RLOW. Proceedings of PREDIS May Workshop 2021: Date 30.9.2021 version Final. editor / Maria Oksa ; Erika Holt. EC - European Commission, 2021. pp. 52-66

Bibtex - Download

@inproceedings{820753270aca45b3a5dd11971fa54b05,
title = "Progress on experimental protocols, formulation of conditioning materials and performance assessment for the direct conditioning of RLOW",
abstract = "WP5 proposes to investigate a direct route for the conditioning of Radioactive Liquid Organic Waste (RLOW). After a short state-of-the-art, which highlights the high potential of alkali-activated materials (AAM) for organic liquid encapsulation, this article presents the main findings of the partners involved in Task 5.3 (NUCLECO/SOGIN, NNL/USFD, CIEMAT, POLIMI, SCK CEN, KIPT, RATEN) to this date. Other Tasks relate to WP management (T5.1), RLOW inventory (T5.2) and durability assessment (T5.4 not started yet). Task 5.3 (T5.3) aims to design reference formulations of conditioning materials for the immobilization of RLOW, prior to Task 5.4, which focuses on the durability assessment of conditioned RLOW by the direct route. Since the start of PREDIS, the partners in T5.3 have proposed varied AAM formulations, based on metakaolin, blast furnace slag, volcanic tuff or their mixes as alumino-silicate solid precursors. The latter are alkali-activated with NaOH, KOH or metasilicate (sodium or potassium based). Varied RLOW are incorporated in the AAM, the most viscous and chemically simple RLOW being those with the greatest incorporation rate. For highly fluid RLOW (e.g. TBP, kerosene or scintillating cocktails), the use of a surfactant proves necessary. Optimizations of the RLOW/AAM mixes are still on going to this date, with already very promising preliminary results.",
keywords = "Direct conditioning, Alkali-activated cement, Geopolymer, Encapsulation, Cementation",
author = "Phung, {Quoc Tri} and Nguyen, {Thi Nhan} and Lander Frederickx and David Lambertin and Federica Pancotti and Mafalda Guerra and Rossella Sciacqua and Martin Hayes and John Provis and Davy, {Catherine A.} and Eros Mossini and Stefano Colombo and Ilaria Moschetti and Gabriele Magugliani and Elena Macerata and Mario Mariani and Vladimir Shkuropatenko and Crina Bucur and Lara Esperanza and {Rodriguez Alcala}, Marina and {Pi{\~n}a Lucas}, Gabriel",
note = "Score=3; 2021 - PREDIS workshop ; Conference date: 04-05-2021 Through 06-05-2021",
year = "2021",
month = sep,
day = "30",
language = "English",
pages = "52--66",
editor = "Maria Oksa and Erika Holt",
booktitle = "Proceedings of PREDIS May Workshop 2021",
publisher = "EC - European Commission",
address = "Belgium",

}

RIS - Download

TY - GEN

T1 - Progress on experimental protocols, formulation of conditioning materials and performance assessment for the direct conditioning of RLOW

AU - Phung, Quoc Tri

AU - Nguyen, Thi Nhan

AU - Frederickx, Lander

AU - Lambertin, David

AU - Pancotti, Federica

AU - Guerra, Mafalda

AU - Sciacqua, Rossella

AU - Hayes, Martin

AU - Provis, John

AU - Davy, Catherine A.

AU - Mossini, Eros

AU - Colombo, Stefano

AU - Moschetti, Ilaria

AU - Magugliani, Gabriele

AU - Macerata, Elena

AU - Mariani, Mario

AU - Shkuropatenko, Vladimir

AU - Bucur, Crina

AU - Esperanza, Lara

AU - Rodriguez Alcala, Marina

AU - Piña Lucas, Gabriel

N1 - Score=3

PY - 2021/9/30

Y1 - 2021/9/30

N2 - WP5 proposes to investigate a direct route for the conditioning of Radioactive Liquid Organic Waste (RLOW). After a short state-of-the-art, which highlights the high potential of alkali-activated materials (AAM) for organic liquid encapsulation, this article presents the main findings of the partners involved in Task 5.3 (NUCLECO/SOGIN, NNL/USFD, CIEMAT, POLIMI, SCK CEN, KIPT, RATEN) to this date. Other Tasks relate to WP management (T5.1), RLOW inventory (T5.2) and durability assessment (T5.4 not started yet). Task 5.3 (T5.3) aims to design reference formulations of conditioning materials for the immobilization of RLOW, prior to Task 5.4, which focuses on the durability assessment of conditioned RLOW by the direct route. Since the start of PREDIS, the partners in T5.3 have proposed varied AAM formulations, based on metakaolin, blast furnace slag, volcanic tuff or their mixes as alumino-silicate solid precursors. The latter are alkali-activated with NaOH, KOH or metasilicate (sodium or potassium based). Varied RLOW are incorporated in the AAM, the most viscous and chemically simple RLOW being those with the greatest incorporation rate. For highly fluid RLOW (e.g. TBP, kerosene or scintillating cocktails), the use of a surfactant proves necessary. Optimizations of the RLOW/AAM mixes are still on going to this date, with already very promising preliminary results.

AB - WP5 proposes to investigate a direct route for the conditioning of Radioactive Liquid Organic Waste (RLOW). After a short state-of-the-art, which highlights the high potential of alkali-activated materials (AAM) for organic liquid encapsulation, this article presents the main findings of the partners involved in Task 5.3 (NUCLECO/SOGIN, NNL/USFD, CIEMAT, POLIMI, SCK CEN, KIPT, RATEN) to this date. Other Tasks relate to WP management (T5.1), RLOW inventory (T5.2) and durability assessment (T5.4 not started yet). Task 5.3 (T5.3) aims to design reference formulations of conditioning materials for the immobilization of RLOW, prior to Task 5.4, which focuses on the durability assessment of conditioned RLOW by the direct route. Since the start of PREDIS, the partners in T5.3 have proposed varied AAM formulations, based on metakaolin, blast furnace slag, volcanic tuff or their mixes as alumino-silicate solid precursors. The latter are alkali-activated with NaOH, KOH or metasilicate (sodium or potassium based). Varied RLOW are incorporated in the AAM, the most viscous and chemically simple RLOW being those with the greatest incorporation rate. For highly fluid RLOW (e.g. TBP, kerosene or scintillating cocktails), the use of a surfactant proves necessary. Optimizations of the RLOW/AAM mixes are still on going to this date, with already very promising preliminary results.

KW - Direct conditioning

KW - Alkali-activated cement

KW - Geopolymer

KW - Encapsulation

KW - Cementation

UR - https://ecm.sckcen.be/OTCS/llisapi.dll/open/47645068

M3 - In-proceedings paper

SP - 52

EP - 66

BT - Proceedings of PREDIS May Workshop 2021

A2 - Oksa, Maria

A2 - Holt, Erika

PB - EC - European Commission

T2 - 2021 - PREDIS workshop

Y2 - 4 May 2021 through 6 May 2021

ER -

ID: 7377928