Power Generation By Utilizing The Compound Gases With Spilled Oil At Using Power Chimney Techniques

Abstract

The power chimney tower is
one of modern promised energy which
may be developed by low losses,
simple and has high facilities.
In this paper, many parameters were
studied exactly which influenced the
prediction of system operation and
fundamentally depend on the
combustion of gases compound the
spilled oil. Velocity distribution is the
important parameter which gives the
first prediction to put the position of
erection of power turbine, made or
not. The numerical analysis was
presented by using GAMBIT and
FLUENT 6.3 to predict that high
velocity at the expansion of chimney
near the centre of burned gases
cover collector. This position is
very suitable for promoting and
building the power turbine since
the velocity was more than (33
m/s) when the compounded gases
is combusted (that there
components are the methane gas
with other friendly gases and
waste. It is easy to erect steam
or gaseous boiler in contact with
furnace for utilize the heat
generated in electrical power
generation. So, the other factors,
temperature and pressure were
studied to coincide with previous
papers in this field.