Power demand has increased but generation cannot keep up, so new technologies are needed. One approach is to place filters in factory chimneys to capture electrons from ionic gases released, generating electricity as the electrons flow in an organized manner. The filters must be electron acceptors, conductive, heat resistant, and able to systematically align and collect remaining electrons to produce power without damage from heat. This process generates power continuously using industrial waste gases, but on a small scale and dependent on factory emissions.

2. Introduction
 Now a days the power consumption has increased,
but the generation of power couldn’t reach that
demand. So, we need to generate more power. For
this purpose we need many power plants. But, it is
not possible in practice, because resources are not
sufficient and take more time to construct. So we are
looking for new technologies.

3. Why we choose this
 As per today’s scenario, we have so many factories
over the world releasing the harmful gases in to the
atmosphere. For the utilization of such gases this
method is used.

4. Construction
 To utilize the gases releasing from factories we
need to place filters inside the chimney. The
filters which are placed in chimney have the
following characteristics.

5. Requirements of Filter
 With a specific material that need to satisfy the
following requirements:
 It need to be an Electron acceptor.
 Acceptor being conductive.
 Heat resistive in nature.
 Alignment of varied filters.
 And,flow of electrons must be systematic.

6.  Whereas, the small pored filters are at the
top of the chimney making them useful in
collecting the remaining Electrons, and are
free from damage because of the heat
compensation that takes place due to the
atmospheric interaction with heat. So, on
processing these electrons we have a new
production of electricity.

7. Working Process

8. Working Process
 The gases releasing from industries are unstable gases, and
these Gases were no more to be unstable but convert
themselves into Ionic-form of Gases. Due to, huge amounts of
heat evolved in the Industrial processes we have these Ionic
gases ejecting their electrons. If we are able to capture these
electrons and make them to flow in a systematic order, we will
be able to generate Electricity from the principle saying
that:"flow of Electrons is nothing but Electricity".

9. Advantages
 It is very economical.
 Power can be generated throughout the day & it is not
depend on season.
 It requires less space.
 The generated power can be utilized for industrial
lighting purpose

10. Dis Advantages
 Less power generated by this process.
 The power generation depends on flue gases
releasing out from the industry.
 The filters should have better efficiency,
otherwise more electrons are loss.