A study of the liquid and gaseous phases upon the interaction of molten corium with the sacrificial material based on iron oxide and Portland cement

Abstract

Changes in the intensity of evaporation and the composition of condensing oxides are experimen tally studied upon diluting corium by iron(III) oxide and Portland cement. It is found that the formation rate of aerosols over the melt is reduced upon diluting the corium by the studied sacrificial material by almost an order of magnitude up to 0.5 g/(cm 2 s). In the reducing atmosphere, the form of the particles of the aerosols is octahedral and in an oxidizing atmosphere it is spherical.

Energetic and Exergetic Analytical Approaches in Optimizing Grate Clinker Cooler Performances: A Case Study of a Cement Plant in Nigeria

“…Cement industries are considered to be one of the most energy intensive industry worldwide. This lead to the continuous improvement on economic, energy, technological and other areas are widely studied, [1][2][3][4][5][6][7][8][9][10][11][12][13][14][15][16][17][18][19]. Specific energy consumption in cement plant is a major factor that measures the industry efficiencies in terms of its clinker production (in MJ per ton clinker).…”