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Hydro-powered pump can be a key solution for providing irrigation or drinking water to the rural areas of no access to energy resources or technology. In this study, a parametric analysis, using numerical modeling and simulations in Ansys-Fluent, is conducted to examine the pump's design and performance. The transient 3D CFD model evaluates 58 input parameters to optimize the system. Results identify the best design configuration, achieving a 3 m pressure head, 15% efficiency, and a flow rate of 11.82 l/min, demonstrating the pump's feasibility and potential for improvement.

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Hydrodynamic Simulation and Performance Evaluation of a Hydro-powered Water Delivery Mechanism

  • 会议论文

  • 发表日期：

    2025年

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  • Mansour Al Qubeissi,
  • Scott Daniel Beard

摘要

Hydro-powered pump can be a key solution for providing irrigation or drinking water to the rural areas of no access to energy resources or technology. In this study, a parametric analysis, using numerical modeling and simulations in Ansys-Fluent, is conducted to examine the pump's design and performance. The transient 3D CFD model evaluates 58 input parameters to optimize the system. Results identify the best design configuration, achieving a 3 m pressure head, 15% efficiency, and a flow rate of 11.82 l/min, demonstrating the pump's feasibility and potential for improvement.