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while a 3d model of a modern D inking
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system is developing before your eyes
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from feeding with recovered paper
0:09 → 0:13
pulping cleaning screening flotation to
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inking dispersion and thickening through
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to the finished stock in the storage
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tower we would like to briefly introduce
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you to Freud paper fiber systems the
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division of white paper which is
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intensively concerned with the
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preparation of primary and secondary
0:28 → 0:31
fibers right up to the head box of the
0:31 → 0:33
paper machine the complete paper
0:33 → 0:36
production process is a complex matter
0:36 → 0:39
requiring extensive know-how something
0:39 → 0:41
that Freud has built up since it was
0:41 → 0:43
founded 130 years ago constantly
0:43 → 0:45
adapting and developing it to meet
0:45 → 0:47
today's changing market requirements
0:47 → 0:49
apart from the preparation of primary
0:49 → 0:51
fibers such as chemical and mechanical
0:51 → 0:54
pulps we're refining plays a central
0:54 → 0:56
role the preparation of recovered paper
0:56 → 0:59
is becoming increasingly important for
0:59 → 1:02
today's production of approximately 320
1:02 → 1:04
million tons per year of paper and Borg
1:04 → 1:07
worldwide the paper industry already
1:07 → 1:10
uses 50 percent recovered paper FOID
1:10 → 1:12
paper fiber systems possesses all the
1:12 → 1:14
know-how needed to achieve the required
1:14 → 1:17
product quality whether for graphic
1:17 → 1:20
papers such as newsprint SC or lwc
1:20 → 1:22
papers here you can see how a flotation
1:22 → 1:25
t inking system is put together or for
1:25 → 1:27
packaging papers such as folding box
1:27 → 1:30
board and corrugating based papers or
1:30 → 1:32
tissue for sanitary papers then there
1:32 → 1:35
are many specialty grades such as filter
1:35 → 1:38
papers thermal papers laminating papers
1:38 → 1:41
cigarette papers etc all requiring
1:41 → 1:43
highly specialized knowledge of fiber
1:43 → 1:46
preparation the wet end process brings
1:46 → 1:48
together the fiber stock components from
1:48 → 1:50
stock preparation with the additives as
1:50 → 1:52
well as with the components returned
1:52 → 1:55
from the paper machine such as the so
1:55 → 1:58
called white water edge trimmings or wet
1:58 → 2:00
and dry broke absolute uniformity
2:00 → 2:02
deaeration copies
2:02 → 2:05
mentioned and minimum pulsations are
2:05 → 2:08
vital factors in this process section
2:08 → 2:10
the stock preparation system and wet end
2:10 → 2:12
process are not just a question of
2:12 → 2:14
stringing together the right process
2:14 → 2:15
stages to achieve the required
2:15 → 2:18
technology only with the many years
2:18 → 2:20
experience of our employees and
2:20 → 2:23
specialists from all relevant process
2:23 → 2:25
sections can a successful and economic
2:25 → 2:27
concept be developed
2:27 → 2:30
the result is an ideal combination of
2:30 → 2:33
machines and engineering linked up with
2:33 → 2:35
an intelligent controlled concept this
2:35 → 2:37
interplay where feedback from our
2:37 → 2:40
customers also plays a significant part
2:40 → 2:43
ensures constant optimization ultimately
2:43 → 2:45
contributing to the ongoing
2:45 → 2:48
technological and economic success of
2:48 → 2:49
our customers
2:49 → 2:52
[Music]
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you