METHOD OF HYDROFUSE PROCESSING Russian patent published in 2014 - IPC C11B3/00 

FIELD: chemistry.

SUBSTANCE: for the obtained amount of hydrofuse with a known volume (V_hf) preliminarily determined are: hydrogen parameter of an initial hydrofuse (pH_hf) and percentage of water (K_whf) in it, 6 isoelectric point of a hydrofuse protein (pH_is). In an industrial installation for electrochemical water activation produced is a required volume of alkali catholyte (V_c) with a fixed value of hydrogen parameter (pH_c) with pH_hf<pH_is or a required amount of acid anolyte (V_a) with the fixed value of hydrogen parameter (pH_a) with pH_hf>pH_is on condition of addition of the required volume of catholyte or anolyte into hydrofuse and achievement of pH parameter value, corresponding to the isoelectric state of the protein (pH_is). In the isoelectric state, the protein, contained in hydrofuse, loses its emulsifying properties and ability to be solved in water, contributing in this way to efficient separation of phospholipid concentrate. The required volume of catholyte V_c with the fixed value of hydrogen parameter pH_c is calculated by formula: (1) $$V_c=\frac{Vhf\cdot Кwhf\cdot \left(pHis-pHhf\right)}{\left(pHc-pHis\right)}.\left(1\right)$$ . The required volume of anolyte V_a with the fixed value of hydrogen parameter pH_a is determined by formula: (2) $$V_{а}=\frac{Vhf\cdot Кwhf\cdot \left(pHhf-pHis\right)}{\left(pHc-pHа\right)}\left(2\right)$$ .

EFFECT: method improvement.