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Applying exothermic reaction to steam pipes to mitigate heat loss is an idea that is yet to be explored. By using simulation modeling, this work focuses on gathering theoretical data to serve as a baseline for the actual application. The initial condition of the simulations was set-up to emulate the actual environment around steam pipes. The data gathered were able to provide enough theoretical evidence showing that applying exothermic reaction causes a tremendous increase in the temperature of the steam.

Produktbeschreibung
Applying exothermic reaction to steam pipes to mitigate heat loss is an idea that is yet to be explored. By using simulation modeling, this work focuses on gathering theoretical data to serve as a baseline for the actual application. The initial condition of the simulations was set-up to emulate the actual environment around steam pipes. The data gathered were able to provide enough theoretical evidence showing that applying exothermic reaction causes a tremendous increase in the temperature of the steam.
Autorenporträt
Credo, MarvinMarvin C. Credo, Master in Electrical Engineering Faculty, Department of Electrical Engineering, College of Engineering and Technology, Southern Leyte State University. Danilo P. Metra Jr., Master in Mechanical Engineering Faculty, Department of Mechanical Engineering, College of Engineering and Technology, Southern Leyte State University.