Aerocat catalyst

Figure 11. Pyridine Sorbed on Aerocat Catalyst Pellet...

The hysteresis isotherms presented in Fig. 14 illustrate very clearly for the Aerocat catalyst the differences between sintering in vacuum and... 

Sand, aluminum, graphite, copper catalyst Aerocat, coke, iron powder Carborundum, iron oxide, coke, lead fly ash, alloy Glass beads... 

The synthetic silica-alumina catalysts, TCC Beads, Aerocat, and Diakel, are composed of pores appreciably larger but with average pore radius values almost exclusively in the small pore range of 15 to 25 A. (Ries, Johnson, Melik, and Kreger, 48 Shull, Elkin, and Roess, 57). The complete absence of large pores is indicated for the TCC Beads and the Aerocat Microspheres. In the case of silica-alumina catalysts, the hysteresis loops have considerable breadth and area in contrast to the silica-magnesia isotherms. 

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