Project ForgeMatch the following: P. Tank in series model, Q. Liquid-liquid extraction, R. Optimum temperature progression, S. Thiele modulus — I. Non-isothermal reaction, II. Mixer-settler, III. PFR with axial mixing, IV. Solid catalyzed reaction
- AP−II, Q−IV, R−I, S−III
- BP−I, Q−II, R−III, S−IV
- CP−III, Q−I, R−II, S−IV
- P−III, Q−II, R−I, S−IV
Explanation
The tank-in-series model is used to represent a PFR with axial mixing (P-III). Liquid-liquid extraction is commonly carried out in a mixer-settler (Q-II). Optimum temperature progression is a strategy for non-isothermal reactions to maximize yield/selectivity as equilibrium and rate constraints shift with temperature (R-I). The Thiele modulus characterizes internal diffusion limitation in a solid catalyzed reaction (S-IV).
Source: GATE CH 2014 (2014)
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