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Mineralogy geochemistry and the origin of high phosphorus oolitic iron ores of Aswan Egypt H Baioumy M Omran T Fabritius Ore Geology Reviews 80 185 199 2017 58 2017 Structural and spectral studies on gypsum crystals under simulated conditions of phosphoric acid production with and without organic and inorganic additives
·7 I Iron ore deposit of sedimentary nature Gabal Halal iron ore deposit It is located 4 km NW Sir Hadhira Sinai El Far 1965 This area contain oolitic iron ores of lower Cretaceous age that extending 8 km The iron ore were found in two beds separated by 14 m sandstones The lower bed m in thickness is a yellowish brown and compact bed
·The iron ores in Aswan area 2 cover Wadi floors especially Wadi Temsah in Lake Naser area 3 Iron ores are found as cap rock shaped and in the Wadi floors Iron ores are mainly restricted to the Timsah formation which occurs at Wadi El Kharit Wadi El Aweirsha Wadi Beida and Umm Huqban Fig 1
Lutetian Bartonian Stratabound Oolitic Oncolitic Iron Ore El Bhariya Depression Western Desert El Bahariya district Fig 17 is of special interest because it contains exploitable large reserves of middle Eocene iron ores Table 9 This district represents one of the main outcrops of Cretaceous rocks in North Western Desert the other
·[1] Baioumy H Omran M and Fabritius T 2017 Mineralogy geochemistry and the origin of high phosphorus oolitic iron ores of Aswan Egypt Ore Geol Rev 80 185 99 Crossref Google Scholar [2] Lei Y Li Y Chen W and Liao Z 2016 Research on process mineralogy of oolitic hematite ore in Western Hubei Metal Mine 12 130 3 Google Scholar [3] Deng Y J
·Introduction Deposits of high phosphorus oolitic iron ores are distributed across the world In some areas such as the Wadi Fatima mine in Saudi Arabia [1] Lorraine mine in France [2] Bell Island mine in Canada [3] Dilband mine in Pakistan [4] Xuanhua region in China [5] and the Aswan region in Egypt [6] [7] enormous deposits have been located
Three ores have been studied Bahariya and Aswan from Egypt and Frodingham ironstone from The iron in the Bahariya iron ore is mainly as hematite and goethite The gangue minerals are halite gypsum barytes quartz and calcite Iron content is between to % and phosphorus to %
·Mineralogy geochemistry and the origin of high phosphorus oolitic iron ores of Aswan Egypt 2017 Ore Geology Reviews Show abstract The Coniacian Santonian high phosphorus oolitic iron ore at Aswan area is one of the major iron ore deposits in Egypt However there are no reports on its geochemistry which includes trace and rare earth
· El Bahariya Middle Eocene Iron Ore With the beginning of Lutetian time northward retreat of the Tethyan paleoshoreline took place and sea drowns the Bahariya paleohigh Fig Western Desert that had stood as positive blocks subjected to denudation and pedogenesis since Late Cretaceous time El Aref et al 2001 Consequently a general N
·The oolitic iron ores are well distributed in Africa including southern Egypt northern Sudan and Nigeria Hassan 2017;Mücke 2000 The iron ore in the study area is hosted within the Upper
The Coniacian Santonian high phosphorus oolitic iron ore at Aswan area is one of the major iron ore deposits in Egypt However there are no reports on its geochemistry which inc
·Geochemical Baseline and Pre Mining Environmental Assessment of Heavy Metals at Iron Exploration Area Northeastern Aswan Egypt July 2023 Water Air and Soil Pollution 234 7
·Baioumy et al [9] studied High P oolitic iron ores from Aswan Egypt The detailed petrographic mineralogical and geochemical are investigated to ex
The iron ore samples used in this study were collected from Aswan region Egypt Eastern Aswan area represents the main occurrence of the Cretaceous ironstone bands of South Egypt [6 7]
·The Coniacian Santonian high phosphorus oolitic iron ore at Aswan area is one of the major iron ore deposits in Egypt However there are no reports on its geochemistry which includes trace and
·Iron ore prospection East Aswan Egypt using remote sensing techniques Oolitic iron ore and 3 Ferruginous concretion iron ore Fe2O3 content in the Ferruginous sandstones reaches up to 70
Sedimentary iron ores of east Aswan are hosted within the Upper Cretaceous sediments with iron ores reserves of about 135 million tons Shaltout et al 2012 and average iron contents ranging
·A mixed hydrogenous and hydrothermal origin of the Bahariya iron ores Egypt evidences from the trace and rare earth element geochemistry H Baioumy et al Mineralogy geochemistry and the origin of high phosphorus oolitic iron ores of Aswan Egypt Ore Geol Rev 2017 V Balaram Rare earth elements a review of applications occurrence
·The mines of magnetite and hematite occupy some areas of the Eastern Desert at Wadi Abu Subeira northeast of Aswan city which is a volcanic and tectonic area It is one of the largest arc sedimentary rock sequence affected by faulting and folding due to repeated stages of deformation The iron deposits in this area are of oolitic type and exist in two bands inter
·Baioumy H Omran M Fabritius T 2017 Mineralogy geochemistry and the origin of high phosphorus oolitic iron ores of Aswan Egypt[J] Ore Geology Review 80：185 199 1958 [M] ： 1−189 Bian X Z 1958
of high phosphorus oolitic iron ores from Aswan Egypt Manuscript II Omran M Fabritius T Abdel Khalek N El Aref M Elmanawi AE H Nasr M &
·Mineralogy geochemistry and the origin of high phosphorus oolitic iron ores of Aswan Egypt 2017 Ore Geology Reviews Show abstract The Coniacian Santonian high phosphorus oolitic iron ore at Aswan area is one of the major iron ore deposits in Egypt However there are no reports on its geochemistry which includes trace and rare earth
Iron ore prospecting based on very low frequency electromagnetic and geoelectrical resistivity at Wadi Abu Subeira Northeastern Aswan South Egypt
This paper deals with the mineralogy and geochemistry of the economically most interesting Egyptian iron ore deposits It is specifically concerned with the examination of the iron ores occurring at East Aswan in the Eastern Desert at Bahariya Oasis in the Western Desert and in several localities of the Eastern Desert near the Red Sea coast This study has thrown some
·High phosphorus iron ore resource is considered a refractory iron ore because of its high phosphorus content and complex ore phase structure Therefore the development of innovative technology to realize the efficient utilization of high phosphorus iron ore resources is of theoretical and practical significance Thus a method for phosphorus removal by gasification
