ASPEN PLUS electrolyte property method: chemical reaction ID issue
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In the electrolyte method, two chemical reaction IDs are generated. For the subsequent simulations, will one of those reaction IDs be chosen, or will both be used? ! Or how to merge chemical reaction IDs.
When using the electrolyte property method in ASPEN PLUS, if two reaction IDs are generated during the simulation, both of these reaction IDs are typically taken into account in the simulation. ASPEN PLUS is capable of handling multiple simultaneous chemical reactions and calculating the effects of these reactions. If you need to specifically control which chemical reactions are included in the simulation, you can set this in the Reaction Engineering Block (REB). In REB, you can selectively activate or disable specific chemical reactions. If it is necessary to combine chemical reaction IDs, this is usually achieved by editing the chemical reaction scheme – that is, by merging two reactions into one during the definition of the scheme, or by adjusting the reaction conditions so that only one reaction actually plays a major role. In short, both chemical reaction IDs will participate in the simulation by default, unless you choose to ignore certain reactions through settings. Merging chemical reaction IDs requires manual adjustment based on specific reaction conditions and objectives. .
The issue of chemical reaction ID in the collateral-based method [
Where is the Reaction Engineering Module (REB) located? :)