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| Especially designed to obtain
WFI water. The working system is Single-effect, based on apyrogenic
steam condensation. |
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| The still
consists of an evaporator, a droplet separation system
and a condensation unit shell-and-tube type, entirely
constructed of type 316L stainless steel, sanitary polished
inside. |
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| A heat exchanger
shell-and-tube type produces steam, it then passes through
a cyclonic droplet separator entirely constructed of type
316L stainless steel sanitary polished. The heat exchanger
is DTS type (Double Tube Sheet) constructed per ASME. |
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| WFI is obtained
from the steam condensation in an exchanger shell-and-tube
type, entirely constructed of type 316L stainless steel
sanitary polished. The condenser is DTS type (Double Tube
Sheet), constructed per ASME. |
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| The steam
separator consists of a cyclonic filter, which assures
the absolute purity of steam. It has a helicoidal channel
with a spiral which accelerates the steam. Impurities
and condensate are eliminated by means of the centrifugal
force. |
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| Depending
on the capacity of WFI water produced by the equipment
it may be heated electrically or with plant steam. For
electric equipment the heating system consists of sanitary
shielded elements constructed of type 316L stainless steel. |
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| Fitted with
a microprocessed control which controls the automatic
operation of the equipment and depending on the consumption
of WFI water required to the still, regulates its production. |
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| It records
continuously WFI water conductivity and if it is not within
the established range, the system sets an alarm off to
discharge it. |
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| If WFI conductivity
is not within the established range, the main valve shuts
off, and a second discharge valve opens. |
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| Constructed
of type 316L stainless steel sanitary polished. Fitted
with absolute filter and automatic level control system. |
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