it's even sexual mouth Nami civilization
needs food develops medicine fights
illnesses gains energy it needs
transportation over land sea and air it
addresses the problem of waste disposal
and strives for quality of life in order
to achieve all this the human race must
constantly separate a wide range of
mixtures made up of both solids and
liquids modern technology uses the
physics laws and centrifugal force for
this task weak centrifugal force is
generated through rotation around an
axis the force generated by the rotation
moves outwards it rises or Falls on the
circuit depending on the speed of the
rotating body this property makes it
useful for mechanical separation
technology for tasks involving
separating heavy substances from light
substances or separating material with
different densities centrifugal force
acts on all particles the material which
is specifically heavier is pushed out
more forcefully and quickly than the
rest causing it to deposit on the edge
of the vessel
separation via centrifugal force is
quicker however if the vessel has an
insert the insert causes the
specifically heavier particles to be
deposited more quickly thus helping to
reduce the separation time this leads to
a higher throughput meaning that larger
quantities of liquid mixtures can be
clarified or separated in the same space
of time the more inserts used the
shorter the separation time and the
better the throughput diffuser gaya
Westphalia separator has been using
these physical principles for over 100
years
modern high performance centrifuges are
known as separators with a modern
separator the bowl rotates up to 15,000
times per minute through continuous
research and development the centrifuges
from gaya Westphalia separator have
become a high-tech product which is now
an integral part of everyday life in the
modern world let's take a look at the
separator bold to better understand the
design and the function better so
special
similar to the vessel mentioned above
the area in the bowl is fitted with
inserts conically arranged disks however
can be packed more closely together with
smaller spaces between the mixture to be
clarified is separated into as many
layers as there are disks mounted taking
the speed into account a comparable we
refer to it as equivalent clarifying
area can be achieved in a bowl the size
of a tea football fields in order to
understand the entire function of a
separator we simply have to follow the
path of a liquid loaded with solids
through the centrifuge
the mixture to be clarified enters the
rotator via a centrally positioned Inlet
pipe the distributor speeds up the
product and guides it into the
separating chamber to the disk stack
this is where the actual separation of
the solids and liquids takes place the
disks are arranged according to flow
mechanics the flow properties of the
solids is particularly important their
higher density means that they reach the
bottom disk surface and move from there
to the solids chamber all that remains
now is to extract the separated liquid
for example the product to be processed
at a later stage at the top end of the
centrifuge for the extraction process
the liquid rotating in the bowl at an
extremely high speed is caught by a
centripetal pump inside the centrifuge
the spiral shaped channels of the
centripetal pump take up the speed of
the liquid and guide it to the outlet
pipe a high pressure level is created
there which forces the liquid out of the
bowl
zephyr agua but a separator can be used
not only to clarify liquids with a
solids content but also to separate
liquid mixtures such as an oil water
mixture into oil and water components
the inside of the separator has been
modified slightly for this purpose the
disc arrangement is also equipped with
so-called rising channels the position
of the rising channels depends on the
proportions of the liquid phases in the
mixture and plays a key role in the
efficiency of the separation generally
the components which are required in the
purest form are given the largest area
the separated phases are removed under
pressure by centripetal pumps if solids
are also separated they can be extracted
either manually for example
intermittently via a periodically
opening ejection system or continuously
by nozzles on the ball periphery as
shown in the example
as cleaning font the separation of
liquid substances is just one of the
tasks carried out by mechanical
separation technology this takes place
with a separator at extremely high
speeds industry has a completely
different use for centrifugal force if a
mixture consists of extremely different
solids and liquids a different
centrifuge construction is used for this
task the decanter a decanter in many
production processes different
substances with completely different
liquids and solids proportions have to
be processed in food production with
fruit juice and starch for example or
when facing the major challenges posed
by environmental protection decanters
are used for solids content of up to 60%
they clarify separate or drain a wide
range of different substances a
horizontal Bowl rotates in a decanter
which is equipped with a cylinder and a
conical part a scroll is fitted inside
the bowl
the liquid-solid mixture to be clarified
enters the separating chamber via a
centrally located Inlet pipe the solids
are forced outwards against the inner
wall of the bowl by the centrifugal
force the scroll which rotates with a
different speed than the bowl housing
transports the solids to the conical
part of the bowl at the end of the bowl
the solids leave the bowl housing via
outlet openings liquid is separated
constantly during this process the
clarified liquid flows in the opposite
direction through the cylindrical part
to the drain where it flows out freely V
by zipper at all as with separators
specialists also differentiate between
clarifying and separating decanters in
addition to clarifying a separating
decanter can also separate liquids with
different specific densities for this
process known as liquid liquid solid
separation the second liquid goes
through another processing stage the
product to be separated enters the
separating chamber through the centrally
positioned Inlet and is put under
centrifugal force
the two liquid phases are separated in
the separating zone into a light and a
heavy phase a light liquid moves in the
direction of the bowl axis and flows out
through the regulating tubes the heavy
liquid moves outwards towards the bowl
housing and is drained off under
pressure by a stationary centripetal
pump the solids which have been thrown
out are transported out by the rotating
centripetal pump through the conical
part of the bowl to the outlet
westphalia separator offers no less than
2,500 different applications for
separators and decanters the drive
technologies for a high-performance
centrifuges are as diverse as the
separating technology tasks a range of
versions is available from the belt
drive through to the direct drive the
application is the most important factor
the new direct drive achieves the best
results with a more rapid rotation of
the separators for achieving optimal
separating results with decanters gaya
Westphalia separator offers a range of
innovative drive systems to meet all
requirements and which can be adapted to
the individual needs of the customer one
was sold on a long year mastering the
wide range of separating process
technologies requires a wealth of
experience it requires a global presence
as well as employees who have the
necessary expertise in process
technology and mechanical know-how even
a modern production process and
worldwide quality control are also
essential gaya westphalia separator was
one of the first companies to be
certified at over 50 subsidiaries by
tooth Weinland in accordance with dean a
and 9000
a service organization with a global
network of authorized workshops ensures
that our separators and decanters are
integrated optimally into the production
process of our customers and remain in
operation 24 hours each day where
necessary separators and decanters from
gaya Westphalia separator