Paper Title
METAL COMBINATIONS FOR ENERGY AND ENVIRONMENT ENGINEERING

Abstract
Abstract - Various materials for green energy and the environment have been described recently; however, practical applications still need to be developed in this area. The reason for that is low energy and economic efficiency. The efficiency of heat and mass transfer plays a role here. In this context, we use for the first time heterogeneous catalysis in flow and energy storage system with inductive heating. Metal moiety in the system allowed us to control system heating innovatively. Here we discuss inductive systems in energy and the environment. The research activities co-financed by the funds granted under the Research Excellence Initiative of the University of Silesia in Katowice, Poland. Keywords - Energy Engineering, Environmental Engineering, Inductive Heating, Bimetallic Metal Combinations, Energy Storage.