Simplified Design and Fabrication of Water Sprinkler System: A Survey Based Analysis

Abstract

Whether it is for firefighting or for irrigation system, a water sprinkler system has founds its use both industrially and residentially for safety and watering purposes. But the use of proper technology required for specific purposes has never been surveyed before. In this paper we have analyzed the market, technology and application of water sprinkler system in Bangladesh and included a brief discussion on the design and fabrication of water sprinkler system. A field survey has been performed on the application of water sprinkler system in Bangladesh as well as abroad through online. The results obtained from the survey has been summarized, interpreted to develop valuable engineering data for the designing of a rotary type automated water sprinkler using Quality Function Deployment (QFD) and subsequently fabricated using standard engineering methods involving Material Selection, Manufacturing Process Selection, Black Box Diagram etc. The newly designed water sprinkler system has proofed to be efficient, safe and easy to use for a wide range of application.

Designing A Solar and Motor-Based Hybrid Powered Mobile Sprinkler System for Small-Scale Irrigation: A Case Study for Auchi Polytechnic Demonstration Farm

“…This is due to the country's equatorial environment, which features plenty of sunshine and moderate wind speeds. Further industrial development will be attributed to reliable and high-quality energy sources and this will constitute a substantial increase in quality of life for Nigerian citizens (Adeodu et al, 2019;Rahman et al, 2014a).…”

“…Developing and implementing environmentally sound renewable energy technologies will aid in the modernization of agriculture. However, using a renewable energy resource system as a stand-alone system may result in in operation at certain times of the day and seasons, as well as unnecessary operational and lifecycle costs and component oversizing (Adeodu et al, 2019;Rahman et al, 2014a). These constraints can be solved by combining two or more renewable energy resources, such as a solar system and a generator, into a hybrid system (Rahman et al, 2014a;Ssenyimba et al, 2020).…”

“…However, using a renewable energy resource system as a stand-alone system may result in in operation at certain times of the day and seasons, as well as unnecessary operational and lifecycle costs and component oversizing (Adeodu et al, 2019;Rahman et al, 2014a). These constraints can be solved by combining two or more renewable energy resources, such as a solar system and a generator, into a hybrid system (Rahman et al, 2014a;Ssenyimba et al, 2020). A hybrid system has the advantage of improved reliability and gives better energy service when compared to a standalone supply system (Rahman et al, 2014b;Ssenyimba et al, 2020).…”

“…These constraints can be solved by combining two or more renewable energy resources, such as a solar system and a generator, into a hybrid system (Rahman et al, 2014a;Ssenyimba et al, 2020). A hybrid system has the advantage of improved reliability and gives better energy service when compared to a standalone supply system (Rahman et al, 2014b;Ssenyimba et al, 2020). Designing renewable energy hybrid systems involves sizing and selecting the best components to provide affordable, efficient and effective renewable energy (Ssenyimba et al, 2020).Therefore, a hybrid power system that is cost-effective, none polluting and reliable was proposed to mitigate the scarcity of electricity for crop irrigation in Auchi Polytechnic Demonstration Farm.…”

“…2 Water A sprinkler system is a device that distributes water in a spray to irrigate a lawn or garden in a home setting. Sprinklers can be quite big, like the irrigation systems used by professional farmers, or they can be relatively tiny, like the normal lawn or garden watering sprinklers and fire suppression systems (Rahman et al, 2014a). Retired people spend more time gardening than others, thus a sprinkler would be great in this instance.…”