Power generator by water

1. Project Associates:
Power Generation by Utilizing Waste Water Using a
Portable Turbine
NAME USN
Devendra K
Rahul Ramesh Vernekar 2KA21ME403
Aditya Agadi 2KA21ME400
Sachin Subramanya Pille 2KA21ME405
Mahesh S Kamaraddi 2KA21ME401
PAPER ID: 1454483 1

2. INTRODUCTION
 With global energy demands on the rise, reliance on fossil fuels has become increasingly
unsustainable.
 To mitigate these challenges, the focus has shifted towards both conventional and non-
conventional energy sources, including solar, wind, nuclear, hydraulic, and biomass energy.
 The development of efficient hydraulic systems contributes to a more sustainable and resilient
energy infrastructure for the future.
 This process typically begins with water stored in reservoirs, which is then directed through
penstocks. As the water passes through nozzles, it undergoes expansion, resulting in a high-
velocity jet that impinges on the turbine blades.
PAPER ID:1454483 2

3. LITERATURE REVIEW
 Akshay Sathe et al., [2019] in this paper, a micro water turbine designed for rural parts of
India is discussed.
 Agus Suprad et al., [2021] the objective of this research is to develop a portable power
generation system to meet the needs of electrical energy during outdoor activities.
 Pallavi M [2019] the work analysis of hydro power generation at Kesare treatment plant
summarizes the selection of a suitable turbine using the Chart of commercially available
turbines as per IS 12800
PAPER ID:1454483 3

4. OBJECTIVES
 The study aims to assess the potential of harnessing energy from wastewater through the use of
a portable turbine.
 The portable turbine is designed to efficiently capture energy from the flow of wastewater,
contributing to renewable energy initiatives.
 Factors such as turbine size, efficiency, and environmental impact are evaluated to optimize its
performance.
 The study explores the technical and practical aspects of integrating such a system into the
campus infrastructure.
 Potential applications and benefits of utilizing wastewater for power generation are examined,
highlighting its role in promoting sustainability and reducing environmental impact
PAPER ID: 1454483 4

5. METHODOLOGY
 The first step in this study is to select an appropriate location based on the availability of wastewater and the
desired flow rate.
 Next, a turbine suitable for the specific conditions of the chosen location and flow rate of water is selected
through careful consideration of factors such as efficiency, size, and durability
 The turbine is selected, the design process begins, taking into account the collected data on the location and
flow rate of water.
 After finalizing the design, the materials required for fabrication are gathered, ensuring they meet the
necessary specifications for durability and performance in the wastewater environment.
Turbine is then fabricated according to the design specifications, taking care to adhere to quality standards
and construction guidelines.
 Following fabrication, the turbine is installed in the selected location within the campus,
PAPER ID: 1454483 5

6. COMPONENTS
 TURBINE : A turbine is a fascinating rotary mechanical device that extracts energy from a fluid flow and
converts it into useful work.
GENERATOR :The generator converts the mechanical energy from the turbine into electrical energy. For a
portable system, want a small and lightweight generator that can produce the required power output.
STORAGE BATTERY :An electric battery is a fascinating source of electric power. It consists of one or
more electrochemical cells with external connections.
CONTROL SYSTEM : Implement a control system to regulate the power output and manage the charging
and discharging of the battery. This may include voltage regulators, charge controllers, and safety features to
prevent overcharging or over-discharging of the battery.
MECHANICAL DESIGN :Designing a portable and durable housing or frame to mount the turbine,
generator, battery, and control system is essential. It's crucial to ensure that the system is waterproof and
capable of withstanding outdoor conditions
PAPER ID: 1454483 6

7. CONCLUSIONS
 By preparing a suitable portable turbine, we can generate power from wastewater available in any
location.
 Generating power from wastewater not only saves energy but also facilitates the efficient utilization
of water at a lower cost.
PAPER ID: 1454483 7

8. REFERENCES
 AkshaySathe, Pratik Shinde, Suraj Somavanshi, SaurabhSarode and Mahesh Raut “Energy
Generation Using Portable Water Turbine” JETIR April 2019, Volume 6, Issue 4, ISSN-2349-
5162, PP. 197-204
 Agus Supardi, Mukhlisin Yoga Raya and Andrian Shaiful Anwar ”Development of a Low Cost
Portable Hydro and Wind Power as Emergency Power Source” ICETIA 2020, Journal of
Physics: Conference Series, 1858 (2021) 012049IOP Publishing, doi:10.1088/1742-
6596/1858/1/012049
 Pallavi M) “Feasibility Study on Power Generation Using Treated Waste Water” IRJET 2019,
Volume: 06 Issue: 02 Feb 2019 p-ISSN: 2395-0072, pp, 140 -145
PAPER ID: 1454483 8

9. THANK YOU
PAPER ID: 1454483 9