AbstractThe purpose of this work is to contribute to the improvement of Phosphate ore characterization in order to optimize P2O5 recovery. This paper depicts how, by strategically combining different analytical techniques like X-ray Diffraction, X-Ray Fluorescence powder/beads, Infra-Red Spectroscopy, and Thermogravimetric Analysis, it is possible to obtain a very accurate picture of the ore, leading to a better control of the beneficiation process. As this method furthermore allows the speciation of carbonates (Calcite, Dolomite, Francolite), it is also valuable for the management of complex fertilizers manufacturing where Calcite and Dolomite behave differently
It was estimated that phosphate reserves associated with high carbonate minerals are greater than th...
Indian phosphate fertilizer industry is facing constraints in attaining self sufficiency in supply d...
Separation of Mussorie rock phosphate (P2O5 = 20%) from Uttar Pradesh, India, containing pyrite, cal...
AbstractThe purpose of this work is to contribute to the improvement of Phosphate ore characterizati...
Igneous deposits represent the major phosphate ore reserves in South Africa, Brazil and Russia. The ...
Wastes produced from the phosphate industry presents many challenges due to the high economic and en...
The characteristics of phosphate ores from different sources can vary significantly. The target spec...
AbstractSedimentary phosphate rock is a precious source for phosphoric acid and fertilizers like NPK...
Dolomite, (Ca, Mg) CO3 represents a problematic impurity in phosphate deposits in different par...
The Kaiyang ore is a mixture (nearly 1 : 1) of phosphate (francolite) and dolomite. The francoli-te ...
AbstractThe present pilot scale study addresses the direct flotation route for the concentration of ...
A Florida dolomitic phosphate pebble sample was processed using a 1.2 liter stirrer-tank flotation c...
World reserves of high-grade, high-quality phosphate rock are steadily decreasing. As a result, lowe...
Tenova Bateman Technologies (TBT), part of Tenova Mining & Minerals is known as a provider of advanc...
It was estimated that phosphate reserves associated with high carbonate minerals are greater than th...
It was estimated that phosphate reserves associated with high carbonate minerals are greater than th...
Indian phosphate fertilizer industry is facing constraints in attaining self sufficiency in supply d...
Separation of Mussorie rock phosphate (P2O5 = 20%) from Uttar Pradesh, India, containing pyrite, cal...
AbstractThe purpose of this work is to contribute to the improvement of Phosphate ore characterizati...
Igneous deposits represent the major phosphate ore reserves in South Africa, Brazil and Russia. The ...
Wastes produced from the phosphate industry presents many challenges due to the high economic and en...
The characteristics of phosphate ores from different sources can vary significantly. The target spec...
AbstractSedimentary phosphate rock is a precious source for phosphoric acid and fertilizers like NPK...
Dolomite, (Ca, Mg) CO3 represents a problematic impurity in phosphate deposits in different par...
The Kaiyang ore is a mixture (nearly 1 : 1) of phosphate (francolite) and dolomite. The francoli-te ...
AbstractThe present pilot scale study addresses the direct flotation route for the concentration of ...
A Florida dolomitic phosphate pebble sample was processed using a 1.2 liter stirrer-tank flotation c...
World reserves of high-grade, high-quality phosphate rock are steadily decreasing. As a result, lowe...
Tenova Bateman Technologies (TBT), part of Tenova Mining & Minerals is known as a provider of advanc...
It was estimated that phosphate reserves associated with high carbonate minerals are greater than th...
It was estimated that phosphate reserves associated with high carbonate minerals are greater than th...
Indian phosphate fertilizer industry is facing constraints in attaining self sufficiency in supply d...
Separation of Mussorie rock phosphate (P2O5 = 20%) from Uttar Pradesh, India, containing pyrite, cal...