Q3205017 (Q3205017): Difference between revisions

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(‎Changed an Item: Edited by the materialized bot - inferring region from the coordinates)
(‎Created claim: summary (P836): SCANDIUM, YTTRIUM AND RARE EARTHS (SCYRE) ARE INDISPENSABLE ELEMENTS FOR THE CURRENT TECHNOLOGY INDUSTRY AND ARE INCLUDED WITHIN THE CRITICAL RAW MATERIALS GROUP OF THE EUROPEAN UNION. THEY ARE CONVENTIONALLY EXTRACTED FROM ALKALINE IGNEOUS ROCKS AND CLAYEY SOILS DERIVED FROM THEM. CHINA CONTROLS THE MARKET, WITH MORE THAN 95 % OF SCYRE’S GLOBAL PRODUCTION, AND ARE NOW A PRIORITY EXPLORATION TARGET WORLDWIDE. ON THE OTHER HAND, MINE ACID DRAINAG...)
Property / summary
 
SCANDIUM, YTTRIUM AND RARE EARTHS (SCYRE) ARE INDISPENSABLE ELEMENTS FOR THE CURRENT TECHNOLOGY INDUSTRY AND ARE INCLUDED WITHIN THE CRITICAL RAW MATERIALS GROUP OF THE EUROPEAN UNION. THEY ARE CONVENTIONALLY EXTRACTED FROM ALKALINE IGNEOUS ROCKS AND CLAYEY SOILS DERIVED FROM THEM. CHINA CONTROLS THE MARKET, WITH MORE THAN 95 % OF SCYRE’S GLOBAL PRODUCTION, AND ARE NOW A PRIORITY EXPLORATION TARGET WORLDWIDE. ON THE OTHER HAND, MINE ACID DRAINAGES (AMDS) ARE A THREAT TO ECOSYSTEMS, BUT AT THE SAME TIME HAVE SCYRE CONCENTRATIONS BETWEEN THREE AND FOUR ORDERS OF MAGNITUDE GREATER THAN INLAND AND MARINE WATERS. IN THE EMPATHY PROJECT, CURRENTLY UNDERWAY, WE HAVE OBSERVED THAT PASSIVE ACID WATER TREATMENT SYSTEMS ARE CAPABLE OF CAPTURING ALL OF SCYRE DISSOLVED IN THE AMD. IN THE PIRITICA IBERICA STRIP (FPI) THERE ARE MORE THAN A HUNDRED ABANDONED FARMS, WHICH MAKE IT THE GLOBAL PARADIGM OF PRODUCTION OF AMD AND A NATURAL LABORATORY OF FIRST MAGNITUDE TO STUDY THE GEOQUIMICA OF SCYRE. WE NOW PROPOSE TO EVALUATE THE POTENTIAL FOR EXTRACTION OF SCYRE FROM THE TREATMENT OF AMD. TO THIS END, WE WILL OBTAIN THE FLOW AND CONCENTRATION OF THE MAIN DRAINAGES, WE WILL STUDY THE GEOQUIMICA OF SCYRE FROM ITS ORIGIN IN THE ROCKS TO THE WATERCOURSES, AS WELL AS THE MECHANISMS OF RETENTION DURING THE NATURAL ATTENUATION OF THE AMD AND IN THE SYSTEMS OF PASSIVE TREATMENT; ALL THIS IN THE LABORATORY AS WELL AS ON A FULL-SCALE FIELD SCALE. GIVEN THE LARGE NUMBER OF ANALYSES INVOLVED, WE WILL ALSO TEST ANALYTICAL METHODS OF SOLIDS BASED ON X-RAY SPECTROSCOPY. AMD TREATMENT WOULD BE A NEW NATURAL AND PRACTICALLY INEXHAUSTIBLE SOURCE OF THESE CRITICAL RAW MATERIALS, AND WOULD BE OBTAINED BY A SYSTEM OF SUSTAINABLE EXPLOITATION AND VERY BENEFICIAL FOR WATER RESOURCES AND ECOSYSTEMS. (English)
Property / summary: SCANDIUM, YTTRIUM AND RARE EARTHS (SCYRE) ARE INDISPENSABLE ELEMENTS FOR THE CURRENT TECHNOLOGY INDUSTRY AND ARE INCLUDED WITHIN THE CRITICAL RAW MATERIALS GROUP OF THE EUROPEAN UNION. THEY ARE CONVENTIONALLY EXTRACTED FROM ALKALINE IGNEOUS ROCKS AND CLAYEY SOILS DERIVED FROM THEM. CHINA CONTROLS THE MARKET, WITH MORE THAN 95 % OF SCYRE’S GLOBAL PRODUCTION, AND ARE NOW A PRIORITY EXPLORATION TARGET WORLDWIDE. ON THE OTHER HAND, MINE ACID DRAINAGES (AMDS) ARE A THREAT TO ECOSYSTEMS, BUT AT THE SAME TIME HAVE SCYRE CONCENTRATIONS BETWEEN THREE AND FOUR ORDERS OF MAGNITUDE GREATER THAN INLAND AND MARINE WATERS. IN THE EMPATHY PROJECT, CURRENTLY UNDERWAY, WE HAVE OBSERVED THAT PASSIVE ACID WATER TREATMENT SYSTEMS ARE CAPABLE OF CAPTURING ALL OF SCYRE DISSOLVED IN THE AMD. IN THE PIRITICA IBERICA STRIP (FPI) THERE ARE MORE THAN A HUNDRED ABANDONED FARMS, WHICH MAKE IT THE GLOBAL PARADIGM OF PRODUCTION OF AMD AND A NATURAL LABORATORY OF FIRST MAGNITUDE TO STUDY THE GEOQUIMICA OF SCYRE. WE NOW PROPOSE TO EVALUATE THE POTENTIAL FOR EXTRACTION OF SCYRE FROM THE TREATMENT OF AMD. TO THIS END, WE WILL OBTAIN THE FLOW AND CONCENTRATION OF THE MAIN DRAINAGES, WE WILL STUDY THE GEOQUIMICA OF SCYRE FROM ITS ORIGIN IN THE ROCKS TO THE WATERCOURSES, AS WELL AS THE MECHANISMS OF RETENTION DURING THE NATURAL ATTENUATION OF THE AMD AND IN THE SYSTEMS OF PASSIVE TREATMENT; ALL THIS IN THE LABORATORY AS WELL AS ON A FULL-SCALE FIELD SCALE. GIVEN THE LARGE NUMBER OF ANALYSES INVOLVED, WE WILL ALSO TEST ANALYTICAL METHODS OF SOLIDS BASED ON X-RAY SPECTROSCOPY. AMD TREATMENT WOULD BE A NEW NATURAL AND PRACTICALLY INEXHAUSTIBLE SOURCE OF THESE CRITICAL RAW MATERIALS, AND WOULD BE OBTAINED BY A SYSTEM OF SUSTAINABLE EXPLOITATION AND VERY BENEFICIAL FOR WATER RESOURCES AND ECOSYSTEMS. (English) / rank
 
Normal rank
Property / summary: SCANDIUM, YTTRIUM AND RARE EARTHS (SCYRE) ARE INDISPENSABLE ELEMENTS FOR THE CURRENT TECHNOLOGY INDUSTRY AND ARE INCLUDED WITHIN THE CRITICAL RAW MATERIALS GROUP OF THE EUROPEAN UNION. THEY ARE CONVENTIONALLY EXTRACTED FROM ALKALINE IGNEOUS ROCKS AND CLAYEY SOILS DERIVED FROM THEM. CHINA CONTROLS THE MARKET, WITH MORE THAN 95 % OF SCYRE’S GLOBAL PRODUCTION, AND ARE NOW A PRIORITY EXPLORATION TARGET WORLDWIDE. ON THE OTHER HAND, MINE ACID DRAINAGES (AMDS) ARE A THREAT TO ECOSYSTEMS, BUT AT THE SAME TIME HAVE SCYRE CONCENTRATIONS BETWEEN THREE AND FOUR ORDERS OF MAGNITUDE GREATER THAN INLAND AND MARINE WATERS. IN THE EMPATHY PROJECT, CURRENTLY UNDERWAY, WE HAVE OBSERVED THAT PASSIVE ACID WATER TREATMENT SYSTEMS ARE CAPABLE OF CAPTURING ALL OF SCYRE DISSOLVED IN THE AMD. IN THE PIRITICA IBERICA STRIP (FPI) THERE ARE MORE THAN A HUNDRED ABANDONED FARMS, WHICH MAKE IT THE GLOBAL PARADIGM OF PRODUCTION OF AMD AND A NATURAL LABORATORY OF FIRST MAGNITUDE TO STUDY THE GEOQUIMICA OF SCYRE. WE NOW PROPOSE TO EVALUATE THE POTENTIAL FOR EXTRACTION OF SCYRE FROM THE TREATMENT OF AMD. TO THIS END, WE WILL OBTAIN THE FLOW AND CONCENTRATION OF THE MAIN DRAINAGES, WE WILL STUDY THE GEOQUIMICA OF SCYRE FROM ITS ORIGIN IN THE ROCKS TO THE WATERCOURSES, AS WELL AS THE MECHANISMS OF RETENTION DURING THE NATURAL ATTENUATION OF THE AMD AND IN THE SYSTEMS OF PASSIVE TREATMENT; ALL THIS IN THE LABORATORY AS WELL AS ON A FULL-SCALE FIELD SCALE. GIVEN THE LARGE NUMBER OF ANALYSES INVOLVED, WE WILL ALSO TEST ANALYTICAL METHODS OF SOLIDS BASED ON X-RAY SPECTROSCOPY. AMD TREATMENT WOULD BE A NEW NATURAL AND PRACTICALLY INEXHAUSTIBLE SOURCE OF THESE CRITICAL RAW MATERIALS, AND WOULD BE OBTAINED BY A SYSTEM OF SUSTAINABLE EXPLOITATION AND VERY BENEFICIAL FOR WATER RESOURCES AND ECOSYSTEMS. (English) / qualifier
 
point in time: 14 October 2021
Timestamp+2021-10-14T00:00:00Z
Timezone+00:00
CalendarGregorian
Precision1 day
Before0
After0

Revision as of 08:15, 14 October 2021

Project Q3205017 in Spain
Language Label Description Also known as
English
No label defined
Project Q3205017 in Spain

    Statements

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    142,296.0 Euro
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    177,870.0 Euro
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    80.0 percent
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    30 December 2016
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    29 December 2020
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    UNIVERSIDAD DE HUELVA
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    37°15'27.32"N, 6°56'54.56"W
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    21041
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    ESCANDIO, ITRIO Y TIERRAS RARAS (SCYRE) SON ELEMENTOS INDISPENSABLES PARA LA INDUSTRIA TECNOLOGICA ACTUAL Y ESTAN INCLUIDOS DENTRO DEL GRUPO DE MATERIAS PRIMAS CRITICAS DE LA UNION EUROPEA. SE EXTRAEN CONVENCIONALMENTE DE ROCAS IGNEAS ALCALINAS Y SUELOS ARCILLOSOS DERIVADOS DE ELLAS. CHINA CONTROLA EL MERCADO, CON MAS DEL 95% DE LA PRODUCCION MUNDIAL DE SCYRE, Y SON ACTUALMENTE UN OBJETIVO PRIORITARIO DE EXPLORACION EN TODO EL MUNDO. POR OTRA PARTE, LOS DRENAJES ACIDOS DE MINA (AMD) SON UNA AMENAZA PARA LOS ECOSISTEMAS, PERO A LA VEZ TIENEN CONCENTRACIONES DE SCYRE ENTRE TRES Y CUATRO ORDENES DE MAGNITUD MAYORES QUE LAS AGUAS CONTINENTALES Y MARINAS. EN EL PROYECTO EMPATIA, ACTUALMENTE EN MARCHA, HEMOS OBSERVADO QUE LOS SISTEMAS DE TRATAMIENTO PASIVO DE AGUAS ACIDAS SON CAPACES DE CAPTURAR LA TOTALIDAD DE SCYRE DISUELTOS EN EL AMD. EN LA FAJA PIRITICA IBERICA (FPI) EXISTEN MAS DE UN CENTENAR DE EXPLOTACIONES ABANDONADAS, QUE LA CONVIERTEN EN EL PARADIGMA MUNDIAL DE PRODUCCION DE AMD Y UN LABORATORIO NATURAL DE PRIMERA MAGNITUD PARA ESTUDIAR LA GEOQUIMICA DE SCYRE. PROPONEMOS AHORA EVALUAR EL POTENCIAL DE EXTRACCION DE SCYRE A PARTIR DEL TRATAMIENTO DE AMD. PARA ELLO, OBTENDREMOS EL CAUDAL Y CONCENTRACION DE LOS PRINCIPALES DRENAJES, ESTUDIAREMOS LA GEOQUIMICA DE SCYRE DESDE SU ORIGEN EN LAS ROCAS HASTA LOS CURSOS DE AGUA, ASI COMO LOS MECANISMOS DE RETENCION DURANTE LA ATENUACION NATURAL DEL AMD Y EN LOS SISTEMAS DE TRATAMIENTO PASIVO; TODO ELLO TANTO EN EL LABORATORIO COMO A ESCALA REAL DE CAMPO. DADO EL GRAN NUMERO DE ANALISIS INVOLUCRADOS TAMBIEN ENSAYAREMOS METODOS ANALITICOS DE SOLIDOS BASADOS EN ESPECTROSCOPIA DE RAYOS X. EL TRATAMIENTO DE AMD SERIA UNA NUEVA FUENTE NATURAL Y PRACTICAMENTE INAGOTABLE DE ESTAS MATERIAS PRIMAS CRITICAS, Y SE OBTENDRIAN POR UN SISTEMA DE EXPLOTACION SOSTENIBLE Y MUY BENEFICIOSO PARA LOS RECURSOS DE AGUA Y LOS ECOSISTEMAS. (Spanish)
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    SCANDIUM, YTTRIUM AND RARE EARTHS (SCYRE) ARE INDISPENSABLE ELEMENTS FOR THE CURRENT TECHNOLOGY INDUSTRY AND ARE INCLUDED WITHIN THE CRITICAL RAW MATERIALS GROUP OF THE EUROPEAN UNION. THEY ARE CONVENTIONALLY EXTRACTED FROM ALKALINE IGNEOUS ROCKS AND CLAYEY SOILS DERIVED FROM THEM. CHINA CONTROLS THE MARKET, WITH MORE THAN 95 % OF SCYRE’S GLOBAL PRODUCTION, AND ARE NOW A PRIORITY EXPLORATION TARGET WORLDWIDE. ON THE OTHER HAND, MINE ACID DRAINAGES (AMDS) ARE A THREAT TO ECOSYSTEMS, BUT AT THE SAME TIME HAVE SCYRE CONCENTRATIONS BETWEEN THREE AND FOUR ORDERS OF MAGNITUDE GREATER THAN INLAND AND MARINE WATERS. IN THE EMPATHY PROJECT, CURRENTLY UNDERWAY, WE HAVE OBSERVED THAT PASSIVE ACID WATER TREATMENT SYSTEMS ARE CAPABLE OF CAPTURING ALL OF SCYRE DISSOLVED IN THE AMD. IN THE PIRITICA IBERICA STRIP (FPI) THERE ARE MORE THAN A HUNDRED ABANDONED FARMS, WHICH MAKE IT THE GLOBAL PARADIGM OF PRODUCTION OF AMD AND A NATURAL LABORATORY OF FIRST MAGNITUDE TO STUDY THE GEOQUIMICA OF SCYRE. WE NOW PROPOSE TO EVALUATE THE POTENTIAL FOR EXTRACTION OF SCYRE FROM THE TREATMENT OF AMD. TO THIS END, WE WILL OBTAIN THE FLOW AND CONCENTRATION OF THE MAIN DRAINAGES, WE WILL STUDY THE GEOQUIMICA OF SCYRE FROM ITS ORIGIN IN THE ROCKS TO THE WATERCOURSES, AS WELL AS THE MECHANISMS OF RETENTION DURING THE NATURAL ATTENUATION OF THE AMD AND IN THE SYSTEMS OF PASSIVE TREATMENT; ALL THIS IN THE LABORATORY AS WELL AS ON A FULL-SCALE FIELD SCALE. GIVEN THE LARGE NUMBER OF ANALYSES INVOLVED, WE WILL ALSO TEST ANALYTICAL METHODS OF SOLIDS BASED ON X-RAY SPECTROSCOPY. AMD TREATMENT WOULD BE A NEW NATURAL AND PRACTICALLY INEXHAUSTIBLE SOURCE OF THESE CRITICAL RAW MATERIALS, AND WOULD BE OBTAINED BY A SYSTEM OF SUSTAINABLE EXPLOITATION AND VERY BENEFICIAL FOR WATER RESOURCES AND ECOSYSTEMS. (English)
    14 October 2021
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    Huelva
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    Identifiers

    CGL2016-78783-C2-1-R
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