In situ leach
Term · Nuclear energy and radiation · MLC-T-NUC-000239
A process using a solution called lixiviant to extract uranium from underground ore bodies in place (in other words, in situ). Lixiviant, which typically contains an oxidant such as oxygen and/or hydrogen peroxide mixed with sodium carbonate or carbon dioxide, is injected through wells into the ore body in a confined aquifer to dissolve the uranium. This solution is then pumped via other wells to the surface for processing. For additional detail, see In Situ Recovery Facilities.
| Identifier | MLC-T-NUC-000239 |
|---|---|
| Field | Nuclear energy and radiation |
| References | NRC Glossary |
Record as JSON
{
"id": "MLC-T-NUC-000239",
"term": "In situ leach",
"field": "Nuclear energy and radiation",
"definition": "A process using a solution called lixiviant to extract uranium from underground ore bodies in place (in other words, in situ). Lixiviant, which typically contains an oxidant such as oxygen and/or hydrogen peroxide mixed with sodium carbonate or carbon dioxide, is injected through wells into the ore body in a confined aquifer to dissolve the uranium. This solution is then pumped via other wells to the surface for processing. For additional detail, see In Situ Recovery Facilities.",
"references": [
"NRC Glossary"
],
"url": "https://mlchart.com/terminology/nuclear/in-situ-leach/"
}
Record 239 of 555 in Nuclear energy and radiation terminology (MLC-0119). Request the full dataset.