This document describes how to convert cow dung into electricity. The process involves drying cow dung in a specialized dryer, burning the dried dung to boil water and produce steam, and using the steam to rotate a turbine connected to a generator to produce electricity. Producing more electricity involves using more cow dung to generate more steam, which requires larger turbines, generators, and water storage capacity. The electricity produced can be used for applications like irrigation and home power, helping save costs and reduce wastage.
3. AIM
INTRODUCTION
INTRODUCTION
PRODUCTION
DRYER
HEAT
GENERATION
APPLICATIO
NS The process of using manure and dung for
an energy source has been around for
centuries, and scientific advancements
have made it popular as a form of
environmentally-friendly energy. Producing
electricity can be done through either
burning the dung to power a steam engine
or digesting the dung to produce methane
as a biogas. With the right tools and
equipment, it's possible to turn cow dung
into electricity.
4. AIM
INTRODUCTION
INTRODUCTION
PRODUCTION
DRYER
HEAT
GENERATION
APPLICATIO
NS
To get cow dung from a
compost company:
Get the cow dung from the village or from some
one who are located near or someone gives
free.Get the required number of manure
For large-scale projects,purchase the dung at a
price per ton of manure.High quantity of cow
dung is needed for the big project to make
it,some one of the village people help because
they need to develop the project.so many of
people want to do them the project.
5. AIM
INTRODUCTION
INTRODUCTION
PRODUCTION
DRYER
HEAT
GENERATION
APPLICATIO
NS
Dry the cow dung in a
specialized manure dryer:
Dry the cow dung to burn for a simple
combustion engine, make it into small patties
and keep it in the sun for 12-24 hours to dry
the cow dung for manure drying. For a large-
scale project,it is better to use an industrial
dryer to remove the moisture from large
quantities of dung.
If you're using an industrial dryer, be sure to
follow all operating directions and do not
overfill the dryer. This can cause dangerously
high temperatures and lead to unwanted
fires.so to reduce the hazard we must be
careful enough while using the industrial
dryer.
6. AIM
INTRODUCTION
INTRODUCTION
PRODUCTION
DRYER
v
HEAT
GENERATION
APPLICATIO
NS
Burn the dung below a reservoir
of water to boil the water and
produce steam.
Place the dried dung into a container which was at
underneath of a water reservoir. Then, light the dung
on fire to produce heat, causing the water to boil.
When the water is hot enough, it will produce steam.
steam is the first source for the producing of electricity
.
For a small-space or small-scale industries, it will take
around 10-20 minutes to heat about 8 minutes to heat
the electricity.
The increase in water capacity will make the storage tank
also to be increased.so we need to burn more time with
more amount of cow dung
So it requires the support from them to get the required
amount of cow dung as much as they can.
7. AIM
INTRODUCTION
INTRODUCTION
PRODUCTION
DRYER
HEAT
GENERATION
APPLICATIO
NS
Use the steam from the boiling
water to rotate a turbine
connected to a generator.
When the steam rises up transfer it to the turbine. The
rise of stem in the turbine makes the shaft to rotate.on
rotating shaft will power a generator, producing electricity.
A smaller turbine and generator will produce less
electricity.On increase
in the capacity of the cow dung larger turbines and
generators are used. So on increasing the cow dung
capacity more steam is produced.
So the generator capacity of load is increased.so more
electricity is generated.