Multicriteria Compromise Optimization for Leather and Fur Skin Materials Tanning Technology

The work is devoted to the study of the influence of electro-activated aqueous solutions on the technological cycle of leather and fur skin materials production and footwear made of them. The influence of electro-activated aqueous solutions on the physicochemical transformations of the structure of skin tissue collagen is exemplified by rabbit fur skins used for shoe production. The spectral characteristics of changes in the structure and chemical composition of dermal collagen are determined and optimal modes of tanning process of leather and fur skin materials based on multicriteria compromise optimization are determined.