Screw electromechanical hydrolyzer for processing poultry by-products

The use of keratin-containing products in various industries, including agriculture, cosmetics, and biomedicine requires solving the urgent problem improving methods means hydrothermal hydrolysis keratin waste. purpose this work was to study screw electromechanical hydrolyzer provide modes efficient conversion waste into a useful product with added value. research based on basic principles electrodynamics, heat mass transfer, mathematical modeling by finite element method, experimental verification multiphysical parameters hydrolyzer. model used determine optimal conditions for terms thermal conditions, raw material transportation, pressure, magnetic field effects. As result processing, bulk hydrolyzed brown feather flour specific odor obtained. According size electromagnetic system sample, studying processes built. regularities spatial distribution induction cross-section, axial surface screw, upper faces winding an were determined. Three-dimensional images heating itself By comparing results empirical studies, adequacy confirmed. can find application animal husbandry production feed additives increased digestibility needs feeding agricultural animals poultry