Abstract
The results of decontamination technique of Low-Oxidation-State Metal-Ion (LOMI) reagents developed from 1986 to 1991 in the laboratory are introduced. The experiments included preparation of LOMI reagents, de-filming efficiency, corrosion behavior of typical alloys, decontamination factors of reagents for contaminated materials and components have proved that the NP/LOMI decontamination method and treatment technique of waste water are feasible and have some advantages. The preparation of LOMI reagent with low concentration of formic acid by reduced pressure distilling technique and the utilization ratio of vanadium reached to 95% by second electrolysis are the main contributions of the study to the decontamination technique.
Fuduan, Huang;
Degui, Yu;
Jingju, Lu;
Yinyan, Xie
[1]
- Nuclear Power Institute of China, Chengdu, SC (China)
Citation Formats
Fuduan, Huang, Degui, Yu, Jingju, Lu, and Yinyan, Xie.
Study on LOMI decontamination technology.
China: N. p.,
1993.
Web.
Fuduan, Huang, Degui, Yu, Jingju, Lu, & Yinyan, Xie.
Study on LOMI decontamination technology.
China.
Fuduan, Huang, Degui, Yu, Jingju, Lu, and Yinyan, Xie.
1993.
"Study on LOMI decontamination technology."
China.
@misc{etde_10111357,
title = {Study on LOMI decontamination technology}
author = {Fuduan, Huang, Degui, Yu, Jingju, Lu, and Yinyan, Xie}
abstractNote = {The results of decontamination technique of Low-Oxidation-State Metal-Ion (LOMI) reagents developed from 1986 to 1991 in the laboratory are introduced. The experiments included preparation of LOMI reagents, de-filming efficiency, corrosion behavior of typical alloys, decontamination factors of reagents for contaminated materials and components have proved that the NP/LOMI decontamination method and treatment technique of waste water are feasible and have some advantages. The preparation of LOMI reagent with low concentration of formic acid by reduced pressure distilling technique and the utilization ratio of vanadium reached to 95% by second electrolysis are the main contributions of the study to the decontamination technique.}
place = {China}
year = {1993}
month = {Oct}
}
title = {Study on LOMI decontamination technology}
author = {Fuduan, Huang, Degui, Yu, Jingju, Lu, and Yinyan, Xie}
abstractNote = {The results of decontamination technique of Low-Oxidation-State Metal-Ion (LOMI) reagents developed from 1986 to 1991 in the laboratory are introduced. The experiments included preparation of LOMI reagents, de-filming efficiency, corrosion behavior of typical alloys, decontamination factors of reagents for contaminated materials and components have proved that the NP/LOMI decontamination method and treatment technique of waste water are feasible and have some advantages. The preparation of LOMI reagent with low concentration of formic acid by reduced pressure distilling technique and the utilization ratio of vanadium reached to 95% by second electrolysis are the main contributions of the study to the decontamination technique.}
place = {China}
year = {1993}
month = {Oct}
}