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Filling equipment

Putting the product into packages of uniform weight, either by packaging direcdy on a scale or by using a scale to check the performance of filling equipment... [Pg.324]

Finish removers are manufactured in open or closed ketdes. Closed ketdes are preferred because they prevent solvent loss and exposure to personnel. To reduce air emissions from the solvents, condensers are employed on vent stacks. Mild steel or black iron ketdes are used for neutral or basic removers stainless steel (316 or 317) or reinforced polyethylene ketdes are used for acidic removers. The ketdes are heated to increase dispersion of paraffin waxes and aid in the mixing of other ingredients. Electric or air driven motors drive either sweeping blade or propeller mixers that give sufficient lift to rotate and mix the Hquid. Dispenser-type mixers are used to manufacture thick and viscous removers. Ketde, fittings, mixer, and fill equipment must be fabricated with materials resistant to the chemicals in remover formulas. [Pg.553]

Fiber drums are also made with a removable fiber top and a fiber bottom that is either removable or permanently fastened to the body. This drrtm has limited reuse, brrt it costs less than the lever-locked metal-top type. Filling equipment consists most commonly of an operator-controlled spout connected to a supply bin resting on a platform scale. Table 21-26 shows the labor productivity of several systems. [Pg.1959]

If the protection current becomes too high due to this connection in cathodi-cally protected tank installations, then insulating joints are usually installed in the pipeline from the filling nozzle. Care must be taken that the continuity bond is not broken. If there is a danger of stray currents with dc railways due to a permanent connection between track and filling equipment, the continuity bond should be applied only during the filling process. [Pg.301]

Soda ash is usually stored in steel bins and where pneumatie-filling equipment is used, bins should be provided with dust collectors. Bulk and bagged soda ash tend to absorb aonospheric COj and water, forming the less aetive sodium bicarbonate (NaHCOj). Material reeommended for unloading facilities is steel. [Pg.104]

An operator was asked to fill a cylinder longer than that for which the filling equipment was designed. [Pg.202]

In automatic systems the filler sets the quantity to be filled on a meter, which closes a valve when this required quantity has been delivered. Overfilling has occurred because the wrong quantity was set on the meter, because there was already some liquid in the tank (left over from the previous load), and because the filling equipment failed. For these reasons many companies now fit their tank trucks with high-level trips, which automatically close a valve in the filling line [8]. [Pg.262]

Applicable Regulations Assume that a cream is to be filled into a tube that has 20 g printed on it. The lot size is 3000 units. The filling equipment s repeatability is known to be = 0.75 g ( 3.75%). Two somewhat simplified regulations will be investigated that epitomize the statistical and the minimal Individual fill weight approaches ... [Pg.240]

Thorough clean downs should be carried out as often as the production schedule will allow, during which all accretions, build up of caked powders etc., are removed by scraping, power steam cleaning or alkali soak, back to the bare surface. Sterilisation can then he achieved by a biocidal rinse, this protected rinse water then being used for the next paint batch produced. Filling equipment, especially nozzles, must be similarly treated. [Pg.77]

Capsule-filling equipment has been the subject of several reviews [18, 40-45], Four main dosing methods may be identified for powder filling ... [Pg.347]

One disadvantage of soft gelatin capsules is that such products often must be contracted out to a limited number of firms having the necessary filling equipment and expertise. Materials must be shipped to the soft gelatin capsule facility, and products must be shipped back to the pharmaceutical manufacturer for final packaging and distribution. Additional quality control measures may be required. [Pg.374]

C Sirand, J-P Yarlet, AJ Hickey. Aerosol-filling equipment for the preparation of pressurized pack pharmaceutical formulations. In AJ Hickey, ed. Pharmaceutical Inhalation Aerosol Technology. New York Marcel Dekker, Inc., 1992, pp. 187-217. [Pg.501]

ASTM standard method D2283-86 defines the Askarel mixtures used by the utility industry (Table 5). The result of retrofilling older Askarel transformers is the presence of trace PCBs in refurbished oil filled equipment. McGraw [369]... [Pg.274]

The major source of contaminated wastewater from formulation plants is equipment cleanup. Formulation lines, including filling equipment, must be cleaned periodically to prevent cross-contamination of product. Sometimes equipment is washed with formula solvent and rinsed with water. Hence, this waste may contain pesticide ingredients as well as solvents. [Pg.510]

After completion of these tests, if the absolute air filtration modules are operating within accepted limits, repeat steps 1 and 2 with operational personnel present and the fill equipment running. If at any time there is a deviation from accepted parameters, the various components of the systems in operation are reviewed. [Pg.177]

Determine if the generated turbulence can carry contaminants from other areas to critical points of the line. If so, adjust the air flow to ensure a minimum of turbulence and rapid cleaning. If the turbulence cannot be stopped, a different aerodynamic pattern must be found (covers and diffusers can be used over the filling equipment). If turbulence carries contaminants from any area to the critical areas, the system should be reevaluated and analyzed in terms of the filling, capping, and laminar-flow equipment. [Pg.181]

Commodity washing, filling machine parts washing, and autoclave loading (glassware, filling equipment preparation) (room no. ) Class 10,000... [Pg.486]

A floor plan of the facility that includes locations (or identification of locations) of equipment, including laminar flow hoods, sterilizers, lyo-philizers, filling heads and equipment segregated by barrier or isolation systems, is included in (reference attachment no.). The filling equipment is located in the level 1 unidirectional laminar flow hood areas. [Pg.490]

The stoppers and primary contact filling equipment are transferred from the sterile storage area into a filling room. Eor the filling process, the filtration set-up and filling equipment are aseptically assembled under class 100 conditions in the filling room. [Pg.497]

All product contact surfaces (tubing, filling pumps, and accessories) are cleaned, wrapped, and sterilized prior to use. The sterilized product contact parts are briefly exposed to the level I environment during equipment set-up in which aseptic connections are made with the tubing to transport the sterile drug product to the filling equipment. [Pg.497]

Stopper preparation, filter preparation, and filling equipment preparation Other support areas (class 100,000)... [Pg.521]

Filling equipment preparation Media preparation Sterilization Sterile hltration... [Pg.875]

Prepare all necessary filling equipment for the filling machine. [Pg.914]


See other pages where Filling equipment is mentioned: [Pg.332]    [Pg.514]    [Pg.410]    [Pg.27]    [Pg.1909]    [Pg.1909]    [Pg.1951]    [Pg.1956]    [Pg.1959]    [Pg.1959]    [Pg.1963]    [Pg.1964]    [Pg.339]    [Pg.340]    [Pg.404]    [Pg.404]    [Pg.416]    [Pg.439]    [Pg.106]    [Pg.153]    [Pg.482]    [Pg.482]    [Pg.491]    [Pg.492]    [Pg.523]    [Pg.5]   
See also in sourсe #XX -- [ Pg.638 , Pg.639 , Pg.640 , Pg.641 , Pg.642 , Pg.643 , Pg.644 ]




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