Examples mole calculations
A table explains how to calculate organic acids from the mole ratios. This information is needed to calculate the organic acids in FSSP. For example, from Na-acetate to % acetic acid.
| Acid | Additive | MoL mass + example calculation % acid |
|---|---|---|
| Lactic | E270 lactic acid | N/A, E270 can be taken as a % directly into the modelling as lactic acid |
| Lactic | E325 after-lactate | 112,06 (=%pure E325*90,8/112,06) |
| Lactic | E326 Ka-lactate | 128,17 (=%pure E326*90,8/128,17) |
| Acetic | E260 Acetic acid | N/A, E260 can be taken as a % directly into the modelling as acetic acid |
| Acetic | E262i Na-acetate | 82,03 (=%E262i*60,05/82,03) |
| Acetic | E261 Ka-acetate | 98,15 (=%E261*60,05/98,15) |
| Di-acetate | E262ii | 142,09. E262ii can be taken as a % directly into the modelling (FSSP) as di-acetate. It can also be converted to acetic acid by (=%E262ii*(60.05*2)/142.09). |
| Sorbic | E200 | n/a, E200 can be taken as a % directly into the modelling as sorbic acid |
| Sorbic | E202 | 150,22 (=%E202*112,13/150,22) |
| Benzoic | E210 | n.a., E210 can be taken as a % directly into the modelling as benzoic acid |
| Benzoic | E211 | 144,11 (=%E211*122,12/144,11) |
| Benzoic | E212 | 160,21 (=%E212*122,12/160,21) |
| Citric | E330 | n.v.t., E330 can be directly taken over as % in the modeling as citric acid |
| Citric | E331iii | 258,07 (=%E331*192,12/258,07). |
| Citric | E332 | 306,04 (=%E332*192,12/306,04) |
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