VIII. Academic Studies Congress | Andizhan, Uzbekistan

A FEASIBILITY STUDY OF THE GRAVITY PUMP SYSTEM IN PADDY FIELDS AT ULU PAUH

Not scheduled

20m

Description

ABSTRACT:
This study investigates the concept of free energy gravity water pumps, which use gravitational potential energy to lift water without the need for external power sources. The study focuses on these pumps' performance, design, and feasibility analysis in order to assess their potential as ecologically friendly water transportation systems. The study begins with a survey of the literature on designs for gravity water pumps, such as hydraulic ram, chain, and siphon pumps. An extensive examination of their efficacy, drawbacks, and underlying principles is done in order to set the foundation for the research. Experimental testing is done on prototype gravity water pumps to evaluate several elements of its performance, such as lift height, flow rate, and energy conversion efficiency. An analysis is conducted on how several elements, including water quality, elevation difference, and pipe diameter, affect the performance of the pump. In addition, the study explores whether free energy gravity water pump implementation is feasible in practical settings. Site evaluations are carried out in various geographic regions in order to evaluate the viability of various pump designs in light of the topography, water sources, and consumption requirements specific to the area. The sustainability of these pumps is evaluated by taking into account the environmental impact, which includes resource conservation and the reduction of carbon emissions. The study's conclusion emphasizes the necessity of more investigation and advancement to solve problems including scalability, maintenance optimization, and efficiency enhancement.

KEYWORDS: Pump, Paddy Field, Sustainability