Slags transport

Source From Hughes, M.L. and Haliburton, T.A., Use of zinc smelter waste as highway construction material, Highway Research Record, 430, 16-25, 1973. Das, B.M., Tarquin A.J., and Jones, A.Q., Geotechnical properties of copper slag, Transportation Research Record, 941, National Research Board, Washington, DC, 1993. 

Das BM, Tarquin AJ, Jones AQ (1993) Geotechnical properties of copper slag. Transportation Research Record No 941. National Research Board, Washington, DG,p 342... 

Figure 623 Enhanced design configurations for E-Gas technology (a) high-pressure design (adapted from patent application WO 2009/ 020809A1 [93]), (b) entrained slagging transport reactor (E-STR) design without residence vessel (HP - high pressure) (adapted from patent application WO 2010/080525A2 [94),...

In the case of the E-Gas gasification, the first stages can also be displayed as distinct points, which are inside the slurry-feed entrained-flow domain for the standard system and inside the dry-feed domain for the enhanced system (entrained slagging transport reactor [E-STR]). The slurry point, which is located at the coal-H20 axis, represents the coal-water slurry that is introduced in the second stage. The overall mixing points, again, represent the outlet of the gasifier and can be found inside the fluid-bed domain. 

In the riser tube, the gas velocity of chlorine, is greater than both of the terminal velocities of the slag particle and the petrocoke particle, makes the particles to be at a pneumatic transport state. No agglomeration occurs in the riser tube. At the top of the riser tube, a... 

Source From Noureldin, A.S. and McDaniel, R.S., Evaluation of Steel Slag Asphalt Surface Mixtures, presented at the 69th annual meeting, Transportation Research Board, Washington, January 1990. 

Farrand, B. and Emery, J., Recent Improvements in the Quality of Steel Slag Aggregate, paper prepared for presentation at 1995 annual meeting of the Transportation Research Board, Washington, DC, January 1995. 

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