Thesis Abstract

Abstract
The construction of a borehole in the Agricultural and Bio-environmental Engineering Department is a crucial project aimed at providing a sustainable water supply for various activities within the department. This project involves the drilling of a borehole to access groundwater for irrigation purposes, laboratory experiments, and other research activities. The borehole will be equipped with a submersible pump to facilitate the extraction of water from the underground aquifer. The implementation of this project involves several key steps, including site selection, geophysical surveys, borehole drilling, installation of casing and screen, well development, pump installation, and water quality testing. Site selection is a critical aspect of the project to ensure that the borehole is located in an area with sufficient water resources and minimal environmental impact. Geophysical surveys will be conducted to determine the depth and location of the aquifer, as well as the best drilling site. The actual drilling of the borehole will be carried out using a drilling rig capable of reaching the desired depth while maintaining the integrity of the borehole walls. Once the borehole is drilled, casing and screen will be installed to prevent collapse and allow water to flow into the borehole. Well development techniques such as surging and pumping will be employed to remove drilling fluids and improve water yield. The installation of a submersible pump will be essential for extracting water from the borehole and transporting it to various points within the department. The pump will be connected to a power source and controlled using a pump controller to regulate water flow. Additionally, water quality testing will be conducted regularly to ensure that the water meets the required standards for agricultural and research purposes. Overall, the construction of a borehole in the Agricultural and Bio-environmental Engineering Department will provide a reliable and sustainable water source for the department's activities. This project aligns with the department's commitment to promoting sustainable water management practices and enhancing research capabilities in agricultural and environmental engineering. By implementing this project, the department will be better equipped to conduct research, train students, and contribute to the advancement of agricultural and environmental sciences.

Thesis Overview