Synthesis and production of new sanitary and hygienic products modified with nanocomposites

Abstract

The problem of maintaining high quality of manufactured products is crucial. A key factor in the food quality assurance system is industrial sanitation. In this regard, widely used drugs are detergents, but it is necessary to modify existing developments taking into account the concept of greening food production and safety in relation to humans. In addition, the problem is solved by selecting optimal conditions for cleaning process equipment using detergent compositions. To solve this problem, we propose adding additives to detergents that fix toxins and prevent their penetration. Also, to reduce the harmful effects of toxins, licorice root extract will be introduced into detergents as an antidote. The fixing additive is an innovative product – a nanostructured carbon-silicon composite with high sorption capacity. According to available data, the immobilization of biological products on carbonsilicon containing composites is carried out either by adsorption or chemical bonding. The retention of the adsorbed molecule occurs due to the van der Waals bond.