Heating System in a Smart Home Infrastructure

Abstract

This article explores the potential for using a comprehensive innovative dynamic reagent-free homogenization technology in fuel cells of thermodynamic equipment within a dynamic smart home ecosystem. A device for dynamic mixing and simultaneous homogenization of liquid and gaseous media in a flow, requiring no additional energy sources, is described. The technical and commercial aspects of this innovative technology in internal combustion engines (diesel and gasoline), gas turbines, and fuel storage systems are analyzed. Test results confirm the method's effectiveness: a 97% reduction in exhaust gas emissions, a 35% increase in heat release rate, and a 2.5% reduction in fuel savings. The role of homogenization in the use of alternative fuel mixtures (biofuel, ethanol, methanol) to prevent stratification and improve combustion efficiency is substantiated. The technology is used to study contactless monitoring of liquids in pipelines and can be integrated into additional systems without structural changes.