Container size

Commercially available containers for use with parenteral products include single-dose ampuls that are heat sealed and opened by snapping at the point of least diameter, vials for multidose use, and botdes and pHable bags that are used for large volumes such as needed in intravenous infusions. Container size can vary from 1 mL to 1 L. Generally volumes up to 100 mL are available as ampuls or vials. 

Thiols are shipped ia every conceivable container size. Dmms and cans can be of carbon steel for most thiols, provided color is not a determining factor. Tmck, rail, and isocontainer shipments should be set up to utilize a vapor return line from the tank to the shipping container. This substantially minimizes the amount of odor that escapes. Phillips Petroleum Company and Atochem North America can supply further information regarding the handling and properties of many thiols. 

Packaging for distilled spirits intended for domestic distribution is regulated by the Federal Bureau of Alcohol, Tobacco, and Firearms (ATF). This strict supervision estabhshes acceptable container size, labeling, and sealing requirements, as well as the disclosure of information on the shipping container. Furthermore, local and state distilled spirits labeling and packaging requirements must also be met. 

In the manufacture of colored papers, it is best to add the dyestuffs before addition of rosin size and alum. This is not always possible in continuous dyeing procedures where dyestuffs must be added to stock containing size and/or alum, and this may cause premature laking of the dyestuffs and subsequent loss of tinctorial strength and/or dullness of shade. The proper selection of dyestuffs can help to reduce these disadvantages. 

Systems with self-loading compactors. Container size and utilization are not as critical in stationaiy-coutaiuer systems using self-loading collec tion vehicles equipped with a compaction mechanism (see Fig. 25-61 and Table 25-59) as they are in hauled-container systems. Trips to the disposal site, transfer station, or processing station are made after the contents of a number of containers have been col-lec ted and compacted and the collec tion vehicle is fuU. Because a variety of container sizes and types are available, these systems may be used for the coUection of all types of wastes. Container sizes vaiy from relatively small sizes (0.6 m ) to sizes comparable to those handled with a hoist truck (see Table 25-58). 

Match batch size to container size of critical components, using an integral number of whole containers, where possible Double check materials being added to reactor Complete batch loading sheets for each batch run Use of operator sign-off sheets Preweigh reactants before transferring to reactor Verify raw materials (certificate of analysis for critical materials)... 

Mode Typical Capacity Propulsion System Customer Price/Speed lor Shipping (40 X 8 X 8 container size) Typical Speed in United States Mileage (ton-miles gallon) Energy Consumption (Btu/ton-mile) ... 

The largest brushes commonly used on industrial steelwork are l(X)mm wide. While their use is slow and laborious on large areas, they are able to reach otherwise inaccessible areas. The painter requires no more than a 51 container of paint to fuel his brush for up to 8 h. This container size can be handled when working at height. The trays and buckets used with rollers are less easily handled. 

To apply these package criteria to polymer properties, a conversion was made based on a 10-12 oz. container with a surface area-to-volume ratio of 4.0 (in.2/oz.) and an average wall thickness of 0.030 in. The oxygen, carbon dioxide, and water permeability rates needed to meet these high barrier criteria over a six month shelf life are shown in Table III. Larger container sizes—16, 32, 48 oz. etc.—would permit slightly higher permeability factors for the same bottle criteria, because of their lower ratio of surface-to-volume. 

The date of test substance shipment, lot number, date of receipt and method of shipment, and also the amount and container size, should be documented. The test substance should be stored in the appropriate manner and under the correct storage conditions. 

Container size and physical design the concentration of materials leachable from glass decreases with increasing container size. The concentration of leached materials will increase with increasing surface-to-volume ratio for a given container size. In containers treated by the glass manufacturer, this extraction process can be significantly retarded [5]. 

To size the amount of space needed for a warehouse, it must be determined how much is to be stored in what size containers. The container sizes that will be used are obtained from the scope. Liquids are generally stored in bulk containers. No more than a week s supply of liquid stored in drums should be planned. Solids, on the other hand, are frequently stored in smaller containers or in a pile on the ground. 

Bohdan Automation Inc. The Balance Automator offers a cost-effeetive alternative to manual weighing, reduces errors and operator tedium, and proeesses up to 120 samples per hour. This system can accommodate various container sizes and balanees with the help of interchangeable parts. 

Heat penetration test containers of corresponding container size and type and fill volume shall be placed adjacent to the challenge test items in each mn. 

The filling machine is operated at the predetermined fill rate for the container size utilized, as well as at the fastest speed (handling difficulty) and the slowest speed (maximizing). 

The containers and closures are cleaned and sterilized using SOPs. The filling machine is operated at the predetermined fill rate for the container size utilized, as well as at the fastest speed (handling difficulty) and the slowest speed (maximizing). The containers are sealed and the medium-filled units are collected in sequentially numbered trays or boxes (notified to the filling time). 

The integrity of the product container/closure is assessed by physical tests or microbiological challenge tests and long-term product sterility tests. These tests are specific for container size, fill volume, and closure type. All integrity tests are performed after sterilization and are defined in manufacturing site SOPs. 

The hlling machine is operated at the predetermined and validated hll rate for the container size utilized. 

For a product in a given container closure system, container size, and fill, an appropriate approach for deriving the water loss rate at the reference RH is to multiply the water loss rate measured at an alternative RH at the same temperature by a water loss rate ratio, shown in Table 2.6. 

Fig. 1. Electronic medication event monitor in the process of communicating stored data from monitor to computer. The transfer occurs without wire connection between the inverted monitor and the communications interface device, which transfers data to MS-DOS-based computers via serial port. A second medication event monitor, with a somewhat larger container size, stands nearby. (Copyright, 1994, APREX Corporation reproduced with permission.)...

Sometimes "grab samples of the air are taken in suitable glass containers (sizes up 2500 ml) and transferred to the... 

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