Integrated technology phosphogypsum processing conversion method with ammonium sulfate, phosphomel and new products
About authors
- 1 — Ph.D., Dr.Sci. professor National Mineral Resources University (University of Mines)
- 2 — engineer JSC «Ammophos»
- 3 — Ph.D. Holding «PhosAgro»
Abstract
Results of investigations of the conversion methods of processing of large-scale fertilizer production of waste – phosphogypsum to ammonium sulfate and calcium carbonate (phosphomel). It is shown that, based on fosfomel can be synthesized by an innovative product multi-purpose – hydrocarboaluminates calcium 4CaO×Al2O3×nCO2×11H2O; the ways of effective use of hydrocarboaluminates calcium in the various sectors of the economy.
Область исследования:
(Archived) Technologies in chemistry, concentration and metallurgy. Safety problems
Keywords:
phosphogypsum
conversion
ammonium sulfate
fosfomel
innovative products
hydrocarboaluminates calcium
Funding:
None
References
- Posin M.E. Technology of mineral fertilizers. Leni n-grad , 1974. 376 p.
- Sizyakov V.M. Upgrading technology of complex processing of nepheline concentrates on the Pikalevo alumina refinery // Non -Ferrous Metals – 2010: Collection of reports II of the International Congress. Krasnoyarsk, 2010. P.267- 269.
- Sizyakov V.M. The problems of obtaining alumina sand with complex processing of nepheline // Non- FerrousMetals-2011: Collection of reports of the III International Congress. Krasnoyarsk, 2011. P.100-107.
Similar articles
Legitimacies of flushing method formation by mechanically in the conditions of long-term frozen grounds
2012 S. A. Tolstunov, A. V. Montikov
Tendencies in the change in physical and mechanical properties of the vendian clay formation (North Western edge of the Russian platform)
2012 V. G. Rumynin, A. M. Nikulenkov
Influence of geological factors on the composition of foam agent for geological prospecting drilling
2012 Yu. D. Muraev
Biotic and abiotic components in underground space: genesis and effect on condition and properties of sandy soils
2012 R. E. Dashko, A. V. Shidlovskaya