Headloss in two phase flow of water and

This thesis investigates the phenomenon of headloss in two-phase flow, specifically focusing on the interaction between water and steam within geothermal gathering pipe systems. The primary objective of this research is to provide insights into the factors affecting headloss in order to enhance the efficiency of geothermal systems. A combination of theoretical analyses and experimental methodologies were employed to quantify headloss across various flow conditions, utilizing data collected from flow experiments conducted under controlled settings. The results indicate that several key variables, including pipe diameter, flow rate, and steam quality, significantly influence headloss in these systems. Additionally, the research identifies critical flow regimes and their associated impact on operational efficiency. This study contributes to the understanding of two-phase flow behavior in geothermal applications, offering practical implications for the design and optimization of geothermal gathering systems. Further research is recommended to explore advanced modeling techniques and to investigate headloss under varying operational conditions.