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Tank |
Heat Exchanger |
Tubes &
Fittings
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Valves
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CIP System
Storage Tanks
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Storage tanks
are included in
water distribution systems to optimize processing
equipment capacity. Storage also allows for routine
maintenance while maintaining needs. Design and operation
considerations are needed to prevent the development of bio
film, to minimize corrosion, to aid in the integrity. These
considerations may include using closed tanks which
minimizes corrosion and bio film development and aids in
sanitizing thermally or chemically. TSA is also engaged in
manufacturing of sterile mixing and manufacturing vessels
with Bottom entry magnetic stirrers. |
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Pumps
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Application: Process and CIP pump for the pharmaceutical
industry to pump purified water, WFI, CIP/SIP and
solvents.
The pump is fabricated in 316L stainless steel,
electropolished to Ra 0, 4m or better. Complete with
full documentation according to DIN EN 10204/2.1 or
3.1.B and EHEDG certified.
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Heat Exchanger |
TSA sanitary shell & tube heat
exchangers are designed to meet the high quality
requirements and hygienic standards of the
pharmaceutical industry. All product contact
surfaces are electro polished to 20 in (0.5 m) Ra.
Double tube sheet models eliminate risk of
cross-contamination between the product and working
fluids. Construction Features :
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316 SS, Haste alloy, Inconel And
other alloys
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Seamless electro polished tubing
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Available without electro polish
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Material and process
certifications provided
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Double tube sheet models
Typical Applications :
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Point of use cooling or heating
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Water for injection (WFI)
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Clean steam condensing and
sub-cooling
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Temperature control of high purity
product
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Product sampling
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Processing equipment
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Skid mount systems
Design Features :
Fully drainable on tube side
Integrated sanitary flanges (ISO 2852)
ANSI / cGMP / FDA complaints
Clean-in-place (CIP)
Mounting Kits available in stainless
steel Maintenance free |
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Valves
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The G.M.P Fabrication can be utilised to virtually
eliminate dead leg in the design of point of use outlets
in a typical WFI distribution loop. The process fluid
flows through the valve body. As demand warrants, the
valve is opened providing an uncontaminated saample
untainted by bacterial growth or contaminants which may
accumulate in outlet greater than 6D. The
outlet can also be utilised as steam condensate drain or
as a divert port. The valve had been modified to accept
a third port of the same diameter pr smaller positioned
adjacent to the weir at the bottom of the valve.
Typically the G.M.P. valve is oriented in thevertical
position for horizontal applications, the sterile access
valve is recommended. The G.M.P. configuration is
available in sizes 1/4", 4" (DNB-100) and can be
supplied with buttweld or ferrule end connections.
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Tubes and Fitting |
Where clean ability of fittings is the issue, every step
in the production process must be carefully controlled.
Our production methods insure that no mechanical damage
or flaws occur during manufacturing. The cleaning
procedure incorporate multi-process degreasing and
washing steps provide to eliminate any residues of
hydrocarbon and stains.
Our procedures and process
capabilities result in the formation of a stabilized
passive layer and increased corrosion resistance.
All tubes and fittings bear special marking
indicating manufacturers name project code, MOC &
Heat marking. TSA’s extensive inspection for High
Purity tubes and fittings ensures best quality at
all times.
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CIP Systems |
Putting Our Experience to
Work for YouIntegrating your
clean-in-place (CIP) system with the process design is
an important step that should not be overlooked with TSA,
you’ll benefit from our years of experience in the
sanitary processing industry as we assist you in
selecting the CIP system that’s rights for your process.
Whether you are interested in a
standard CIP system or one designed specifically
for your application, at TSA the end result is
the same: total customer satisfaction. Our
quality fabrication capabilities work to your
advantage to build the ideal CIP system to meet
your needs
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