Systems for and methods of determining beverage compositions for aluminum can packaging

A system for determining beverage compositions for aluminum can packaging, the system comprising:

• at least a processor;
• and
• a memory communicatively connected to the at least a processor, wherein the memory contains instructions configuring the at least a processor to:
• receive a beverage composition profile comprising a plurality of chemical parameters associated with a beverage composition;
• define, for the beverage composition profile, a composition adjustment threshold corresponding to a maximum permissible deviation for each of the plurality of chemical parameters, wherein defining the composition adjustment threshold comprises:
• accessing a composition adjustment matrix specifying, for each chemical parameter of the plurality of chemical parameters, an upper and lower deviation limit defining the composition adjustment threshold;
• and
• applying the composition adjustment matrix to the beverage composition profile to constrain simulated parameter changes within the defined upper and lower deviation limits;
• simulate, using a predictive compatibility model and for each of a plurality of candidate liner compositions, a chemical interaction between the beverage composition and each candidate liner composition to generate a predicted packaging stability outcome indicative of material degradation, corrosion potential, or compositional instability as a function of the composition adjustment threshold;
• and
• determine, for each candidate liner composition of the plurality of candidate liner compositions, a liner compatibility score based on the predicted packaging stability outcome, wherein the liner compatibility score is useable to select a liner composition for physical aluminum can packaging of the beverage composition over a simulated storage duration.