DRY GRANULATION - Fitzpatrick
DRY GRANULATION - Fitzpatrick
DRY GRANULATION - Fitzpatrick
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<strong>DRY</strong> <strong>GRANULATION</strong> CHILSONATOR<br />
CCS 1025 CONTAINED CHILSONATOR SYSTEM<br />
THE<br />
FITZPATRICK<br />
COMPANY
2<br />
MODEL CCS 1025 CHILSONATOR ®<br />
Floor mounted CCS 1025<br />
CONTAINED CHILSONATOR SYSTEM (CCS)<br />
CCS 1025 DESIGN<br />
CONCEPT OVERVIEW<br />
• Sealed technical area<br />
• “Free-standing” or “in-wall” installation<br />
• Integrated roll process housing and<br />
milling system minimizes headroom<br />
requirement<br />
• Utilities enter technical area from the<br />
back of machine<br />
The CCS 1025 is designed to fully contain all product in the processing and receiving sections<br />
of the machine. This tightly sealed design allows for the optional product containment system (PCS)<br />
to be added at the discharge. The PCS draws a slight vacuum in the process environment to<br />
provide maximum containment.
Advantages of the Product Containment System:<br />
• Minimal product exposure to operator and environment<br />
• Prevents product contamination<br />
• Minimal product loss<br />
Spray<br />
Spray<br />
Spray & Drain<br />
CCS 1025 IS DESIGNED FOR<br />
OPERATOR CONVENIENCE<br />
• Ease of disassembly is considered in the<br />
design of ALL components<br />
• Wash-In-Place (WIP) option (see illustrations above)<br />
• Automated controls allow ALL adjustments to be<br />
made from the control panel (see pg. 5)<br />
The PCS can be combined with an N2 inerting system in order to<br />
reduce product oxygen exposure and explosion risks.<br />
Containment valves (not shown) required for containment during<br />
feed and discharge.<br />
In-wall CCS 1025<br />
3
4<br />
EASILY CONFIGURABLE<br />
FEED SYSTEM<br />
The <strong>Fitzpatrick</strong> feed system delivers material to the<br />
rolls utilizing a feed hopper, horizontal feed screw<br />
for metering material, and a vertical pre-compression<br />
screw for pre-compression, deaeration, and transport<br />
of feed material to the compaction rolls.<br />
The high speed vertical pre-compression feed screw(s)<br />
is very effective at deaerating a vast majority of<br />
powders. Even many low bulk density powders<br />
are able to be effectively conditioned for efficient<br />
compaction. This feed system design provides<br />
significant process advantages with few components<br />
to clean and maintain.<br />
In a few applications, the material characteristics<br />
restrict the ability of the entrained air to be vented<br />
from the system utilizing the pre-compaction screw<br />
alone. In these applications, the optional Vacuum<br />
Deaeration System is available to assist in drawing<br />
the entrained air from the product. Vacuum filters can<br />
be installed in various locations and a vacuum pump<br />
system is utilized to forcibly remove entrained gas<br />
from within the product. Process improvements can<br />
be dramatic with respect to both compaction<br />
efficiency as well as capacity.<br />
Optional Vacuum Deaeration System<br />
VACUUM PUMP<br />
SYSTEM<br />
Feed hopper includes agitator<br />
VARIOUS ROLL SURFACES AVAILABLE<br />
The cantilever design allows for easy removal of roll<br />
shells for cleaning or reconfiguration. The roll shells<br />
have water cooling capability.<br />
TWIN OR SINGLE PRE-COMPRESSION<br />
SCREW OPTIONS<br />
Twin pre-compression<br />
feed screws provide<br />
uniform force<br />
Single pre-compression<br />
feed screw
TWO-STEP CONFIGURABLE SIZE REDUCTION<br />
The most efficient method of reducing the compact to the desired granule is product dependent. Some applications favor<br />
the bar rotor and some favor the knife rotor as more effective. Both options are available on each machine so the optimum<br />
arrangement for every product can be configured.<br />
In either case, the initial breaker combined with the very large screen area of the secondary reducer provides for the most<br />
efficient size reduction.<br />
Bar rotor for slow speed “crushing” of compact Knife rotor for “in air” impact size reduction<br />
FULLY AUTOMATED CONTROLS<br />
• Automatic operation of all components from the<br />
operator interface<br />
• Fully instrumented with convenient display and<br />
logging of variables<br />
• 21 CFR part 11 compliant capable<br />
• Multiple layers of password security<br />
5
6<br />
CONVENIENT DISSASSEMBLY<br />
ROLL SYSTEM<br />
• Easy roll shell removal<br />
• Hydraulic system spreads rolls 10mm for cleaning<br />
FEED SYSTEM<br />
• Components conveniently disassemble from<br />
the machine or can be removed as a unit<br />
for remote disassembly<br />
• Double lip seal ensures technical area remains<br />
sealed while primary seal is removed for cleaning
SYSTEM CONFIGURATION<br />
BIN-TO-BIN PROCESSING<br />
A typical Chilsonator installation would involve feeding<br />
material from an initial bin, through the Chilsonator<br />
and 2-Step Size Reduction System, and into a<br />
product-receiving bin.<br />
Product<br />
Feed<br />
Product<br />
Overs<br />
Fines<br />
RECYCLE SYSTEM<br />
Feed<br />
A recycle system is essentially used for eliminating all fines and<br />
overs from the product. A typical recycle system includes the<br />
compactor, granulator, screener, fresh feeder, and mechanical<br />
or pneumatic conveyor. Additional instrumentation such<br />
as level sensors are also required.<br />
7<br />
LS
CORPORATE HEADQUARTERS<br />
832 Industrial Drive<br />
Elmhurst, IL 60126 USA<br />
Phone: 630-530-3333<br />
Fax: 630-530-0832<br />
E-mail: info@fitzmill.com<br />
THE<br />
FITZPATRICK<br />
COMPANY<br />
A TRADITION OF INNOVATION IN<br />
PARTICLE FORMING TECHNOLOGY<br />
THE FITZPATRICK COMPANY<br />
Visit us on our web sites : www.fitzmill.com<br />
For Europe: www.fitzpatrick.be<br />
Since the 1930’s, <strong>Fitzpatrick</strong> has been pioneering the<br />
development of particle forming technology. With the<br />
development of the Chilsonator ® Roll compactor in the<br />
late 1950’s, <strong>Fitzpatrick</strong> has been constantly improving<br />
this dry agglomeration technology. Both improving<br />
existing processes as well as opening up new and<br />
difficult applications to the many cost and processing<br />
benefits of dry agglomeration, <strong>Fitzpatrick</strong> continues to<br />
uphold their tradition of innovation.<br />
Pharmaceutical, chemical, food, plastics and other<br />
industries utilize a wide range of <strong>Fitzpatrick</strong> machines,<br />
including FitzMill ® Comminutors, Fitz cM Classifier<br />
Mills, Chilsonator ® Roll Compactors, FitzSieve ® for<br />
gentle milling and sieving, Malaxators ® , Homoloid ®<br />
machines and pre-breaking equipment. Each unit is built<br />
to stringent quality standards to operate under the most<br />
demanding manufacturing conditions.<br />
The <strong>Fitzpatrick</strong> Company maintains manufacturing<br />
facilities, test laboratories, and service and support<br />
offices in Elmhurst, Illinois; and additional testing,<br />
sales, and support services are provided from our<br />
office in Sint-Niklaas Belgium.<br />
FITZPATRICK EUROPE N.V.<br />
Entrepotstraat 8<br />
B-9100 Sint-Niklaas, Belgium<br />
Phone: +32 (0)3 7806200<br />
Fax: +32 (0)3 7661084<br />
E-mail: info@fitzpatrick.be<br />
CCS 1025 04/10