Characterization of Thermal Transport Properties in Steel Pipes for Improving the Energy Efficiency of Fire-Tube Boilers

This research project addresses the energy inefficiencies and corrosion issues associated with steam transport, particularly in fire-tube boilers. Wet steam carries unvaporized particles, and radiation losses in the piping cause condensation, reducing efficiency and accelerating internal corrosion. Furthermore, the hardness and chemical components of the feedwater (sodium, calcium, potassium) significantly contribute to the deterioration of pipe walls. The main objective is to resolve these issues by studying the thermal transport properties of steam in steel piping. This characterization is expected to improve the quality of the distributed steam and increase the operational lifespan of steam infrastructure, thereby optimizing industrial processes that rely on steam, such as heating, sterilization, and electricity generation.<br/><br/><b>Goal</b>: <br/>To characterize the thermal transport properties in steel piping to improve the energy efficiency of fire-tube boilers and extend the service life of the pipelines.<br/><br/><b>Research lines</b>: <br/>Optimization and innovation of energy and renewable energies