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{"author":[{"fullname":"Tanouayi, Gnon","name":"Gnon","pid":[],"rank":1,"surname":"Tanouayi"},{"fullname":"GNANDI, Kissao","name":"Kissao","pid":[],"rank":2,"surname":"Gnandi"},{"fullname":"Ouro-Sama, Kamilou","name":"Kamilou","pid":[],"rank":3,"surname":"Ouro-Sama"},{"fullname":"Ahoudi, Housséni","name":"Housséni","pid":[],"rank":4,"surname":"Ahoudi"},{"fullname":"Solitoke, Hodabalo Dhéoulaba","name":"Hodabalo Dhéoulaba","pid":[],"rank":5,"surname":"Solitoke"},{"fullname":"Badassan, Tchaa Esso-Essinam","name":"Tchaa Esso-Essinam","pid":[],"rank":6,"surname":"Badassan"},{"fullname":"Nyametso, A. Yawovi","name":"A. 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The work is carried out on a laboratory scale using local geo-materials sorbents, on the one hand the residues from the treatment of natural phosphorite of Hahotoé-Kpogamé and on the other hand the attapulgite clay mineral from the costal basin of Togo. The work carried out concerns the adsorption of fluoride on those sorbents. The following parameters are batch tested on synthetic fluoride solutions: time, solution pH, geo-material dose and fluoride concentration. The fluoride is analyzed by absorption spectrometry. The adsorption yields on the phosphorite treatment residues for aqueous fluoride solutions at an initial concentration of 10 mg/L and an adsorbent concentration of 10 g/L are 49 % at pH 6.5 and 66 % at pH 4.0. In the same experimental conditions, the yields on clay minerals are 28.2 % and 36.3 %. These yields are logically improved by increasing the adsorbent dosage (from 2 to 30 g/L). Additional tests are carried out on natural water at an initial fluoride concentration of 3.76 mg/L."},{"dataInfo":{"deletedbyinference":false,"inferenceprovenance":"","inferred":false,"invisible":false,"provenanceaction":{"classid":"sysimport:crosswalk:repository","classname":"Harvested","schemeid":"dnet:provenanceActions","schemename":"dnet:provenanceActions"},"trust":"0.9"},"value":"Cette étude est une contribution au développement de techniques d’adsorption pour l’élimination du fluor dans les eaux naturelles. Les travaux ont été réalisés à l’échelle du laboratoire en utilisant comme sorbants des géo-matériaux locaux, d’une part les résidus du traitement des phosphates naturels de Hahotoé-Kpogamé et d’autre part l’argilite feuilletée du bassin sédimentaire côtier du Togo. Les travaux réalisés concernent l’adsorption du fluor sur les sorbants considérés. Les paramètres suivants ont été testés en batch sur des solutions synthétiques de fluor : le temps, le pH de la solution, la dose du géo-matériau et la concentration du fluor. Le fluor a été dosé par spectromètrie d’absorption. Les rendements d’adsorption sur les résidus de traitement des phosphates pour des solutions aqueuses de fluor à concentration initiale de 10 mg/L et une concentration en adsorbant de 10 g/L ont été de 49 % à pH 6,5 et 66 % à pH de 4,0. Dans les mêmes conditions expérimentales, les rendements sur les argilites ont été de 28,2 % et 36,3 %. Ces rendements ont logiquement été améliorés en augmentant le dosage en adsorbant (de 2 à 30 g/L). Des essais complémentaires ont été réalisés sur une eau naturelle à une concentration initiale en fluor de 3,76 mg/L."}],"externalReference":[],"extraInfo":[],"format":[],"fulltext":[],"id":"50|doi_________b24ab3e127aa67e2a1017292988d571f","instance":[{"accessright":{"classid":"OPEN","classname":"Open Access","schemeid":"dnet:access_modes","schemename":"dnet:access_modes"},"alternateIdentifier":[{"dataInfo":{"deletedbyinference":false,"inferenceprovenance":"","inferred":false,"invisible":false,"provenanceaction":{"classid":"sysimport:crosswalk:repository","classname":"Harvested","schemeid":"dnet:provenanceActions","schemename":"dnet:provenanceActions"},"trust":"0.9"},"qualifier":{"classid":"doi","classname":"Digital Object Identifier","schemeid":"dnet:pid_types","schemename":"dnet:pid_types"},"value":"10.4267/dechets-sciences-techniques.3534"}],"collectedfrom":{"key":"10|openaire____::6824b298c96ba906a3e6a70593affbf5","value":"Episciences"},"dateofacceptance":{"dataInfo":{"deletedbyinference":false,"inferenceprovenance":"","inferred":false,"invisible":false,"provenanceaction":{"classid":"sysimport:crosswalk:repository","classname":"Harvested","schemeid":"dnet:provenanceActions","schemename":"dnet:provenanceActions"},"trust":"0.9"},"value":"2017-05-01"},"distributionlocation":"","hostedby":{"key":"10|openaire____::6824b298c96ba906a3e6a70593affbf5","value":"Episciences"},"instancetype":{"classid":"0001","classname":"Article","schemeid":"dnet:publication_resource","schemename":"dnet:publication_resource"},"pid":[],"refereed":{"classid":"0000","classname":"UNKNOWN","schemeid":"dnet:review_levels","schemename":"dnet:review_levels"},"url":["https://eid.episciences.org/7781"]}],"language":{"classid":"fra/fre","classname":"French","schemeid":"dnet:languages","schemename":"dnet:languages"},"lastupdatetimestamp":1635146800948,"oaiprovenance":{"originDescription":{"altered":true,"baseURL":"https%3A%2F%2Foai.episciences.org%2F","datestamp":"2017-05-01","harvestDate":"2021-10-05T19:43:46.821Z","identifier":"oai:episciences.org:eid:7781","metadataNamespace":"http://www.openarchives.org/OAI/2.0/oai_dc/"}},"originalId":["oai:episciences.org:eid:7781","50|06cdd3ff4700::49ec404cee4e1452808aabeaffbd3072"],"pid":[],"relevantdate":[],"resourcetype":{"classid":"UNKNOWN","classname":"UNKNOWN","schemeid":"dnet:dataCite_resource","schemename":"dnet:dataCite_resource"},"resulttype":{"classid":"publication","classname":"publication","schemeid":"dnet:result_typologies","schemename":"dnet:result_typologies"},"source":[{"dataInfo":{"deletedbyinference":false,"inferenceprovenance":"","inferred":false,"invisible":false,"provenanceaction":{"classid":"sysimport:crosswalk:repository","classname":"Harvested","schemeid":"dnet:provenanceActions","schemename":"dnet:provenanceActions"},"trust":"0.9"},"value":"ISSN: 2778-844X"},{"dataInfo":{"deletedbyinference":false,"inferenceprovenance":"","inferred":false,"invisible":false,"provenanceaction":{"classid":"sysimport:crosswalk:repository","classname":"Harvested","schemeid":"dnet:provenanceActions","schemename":"dnet:provenanceActions"},"trust":"0.9"},"value":"Environnement, Ingénierie & Développement"},{"dataInfo":{"deletedbyinference":false,"inferenceprovenance":"","inferred":false,"invisible":false,"provenanceaction":{"classid":"sysimport:crosswalk:repository","classname":"Harvested","schemeid":"dnet:provenanceActions","schemename":"dnet:provenanceActions"},"trust":"0.9"},"value":"Episciences.org"},{"dataInfo":{"deletedbyinference":false,"inferenceprovenance":"","inferred":false,"invisible":false,"provenanceaction":{"classid":"sysimport:crosswalk:repository","classname":"Harvested","schemeid":"dnet:provenanceActions","schemename":"dnet:provenanceActions"},"trust":"0.9"},"value":"eid:7781 - 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Developed gentle immobilization of the lower limbs in patients with multiple injuries provides adequate fixation and extension of the lower limb in the intensive care period and during emergency external fixation by the device of external fixation device shin bone or hip.The introduction of surgical treatment of patients in the acute period of polytrauma, using minimally invasive fracture fixation technology allowed providing the early stabilization of the victim’s condition, to avoid diagnostic errors and obtain positive results of treatment in 98% of 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{"author":[{"fullname":"Tsupari, Eemeli","name":"Eemeli","pid":[],"rank":1,"surname":"Tsupari"}],"bestaccessright":{"classid":"OPEN","classname":"Open Access","schemeid":"dnet:access_modes","schemename":"dnet:access_modes"},"collectedfrom":[{"key":"10|openaire____::4692342f0992d91f9e705c26959f09e0","value":"VTT Research Information System"}],"context":[],"contributor":[],"country":[],"coverage":[],"dataInfo":{"deletedbyinference":false,"inferenceprovenance":"","inferred":false,"invisible":false,"provenanceaction":{"classid":"sysimport:crosswalk:repository","classname":"Harvested","schemeid":"dnet:provenanceActions","schemename":"dnet:provenanceActions"},"trust":"0.9"},"dateofacceptance":{"dataInfo":{"deletedbyinference":false,"inferenceprovenance":"","inferred":false,"invisible":false,"provenanceaction":{"classid":"sysimport:crosswalk:repository","classname":"Harvested","schemeid":"dnet:provenanceActions","schemename":"dnet:provenanceActions"},"trust":"0.9"},"value":"2018-10-01"},"dateofcollection":"2021-10-04T12:44:48.87Z","dateoftransformation":"2021-10-04T19:47:43.327Z","description":[{"dataInfo":{"deletedbyinference":false,"inferenceprovenance":"","inferred":false,"invisible":false,"provenanceaction":{"classid":"sysimport:crosswalk:repository","classname":"Harvested","schemeid":"dnet:provenanceActions","schemename":"dnet:provenanceActions"},"trust":"0.9"},"value":"Despite international agreements, global greenhouse gas (GHG) emissions have not decreased according to the targets. 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The studied technologies include efficient Waste-to-Energy (WtE) concepts with high power-to-heat ratio, utilisation of CO2 Capture and Storage (CCS) in different applications, replacing steel mill blast furnaces with Oxygen Blast Furnaces (OBF), Combined Heat and Power (CHP) and Carbon Capture and Utilisation (CCU) for storable fuels, which can be used for example in transportation. The results highlight the importance of the consequences in the electricity production system as well as the rebound impacts in the EU ETS. For example, the studied concepts to decrease direct GHG emissions of steel mills lead to increased power purchase from markets and consequently increase in emissions of the power system. The impacts of CCU concepts based on electrolysis increase the emissions in electricity production but enable a decrease in the usage of fossil fuels in transportation. In addition, converting electricity to storable fuels enable higher shares of variable solar and wind energy in the power systems. The consequences in the power systems are complex, including for example the impacts on electricity imports and exports, future investments and the EU ETS. Even if these impacts can be recognised by qualitative means, unambiguous quantitative consequences cannot be given. Understanding the decisive impacts of the framework and boundaries is crucial to interpreting different assessments and making effective actions and policy decisions. 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