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Production integration

Allow product integrity. Each batch of product can be clearly identified in terms of the feeds involved and conditions of processing. This is particularly important in industries such as pharmaceuticals and foodstufls. [Pg.116]

Two functions and are orthogonal if the product integrated over all configuration space, vanishes. [Pg.182]

Specifications and Packaging. Aluminum chloride s catalytic activity depends on its purity and particle size. Moisture contamination is an important concern and exposure to humid air must be prevented to preserve product integrity. Moisture contamination can be deterrnined by a sample s nonvolatile material content. After subliming, the material remaining is principally nonvolatile aluminum oxide. Water contamination leads to a higher content of nonvolatile material. [Pg.148]

Allwood M.C. (1990) Package design and product integrity. In Guide to Microbiological Control in Pharmaceuticals (eds S. Denyer R. Baird), pp. 341-355. Chichester Ellis Horwood. [Pg.425]

The bracket (bra-c-ket) in

) provides the names for the component vectors. This notation was introduced in Section 3.2 as a shorthand for the scalar product integral. The scalar product of a ket tp) with its corresponding bra (-01 gives a real, positive number and is the analog of multiplying a complex number by its complex conjugate. The scalar product of a bra tpj and the ket Aj>i) is expressed in Dirac notation as (0yjA 0,) or as J A i). These scalar products are also known as the matrix elements of A and are sometimes denoted by Ay. [Pg.81]

Elastomers function as a barrier to either moisture or atmospheric gases (oxygen, nitrogen, and argon). This property is important in maintaining product integrity for lyophilized or liquid products subject to decomposition by water vapor or oxygen. [Pg.591]

In order to illustrate the capability of the proposed technique, this multipurpose example has been enhanced by including compulsory washing operations after each of the reactions in each of the 2 reactors. The philosophy is that the reactors need to be cleaned after each reaction in order to remove contaminants that are formed as byproducts, so as to ensure product integrity. Data pertaining to cleaning tasks is shown in Table 6.6. The variation in performance in the 2 reactors could be ascribed to differences in design, which is indeed a common encounter in practice. In addition to this data, it is known that freshwater cost is 2 cost units per kg of water whilst the effluent treatment cost is 3 cost units per kg. [Pg.142]

The formulations presented in this section are based on the type of wastewater reuse described above, where wastewater is produced from a cleaning operation and reused in product. However, due to the fact that product integrity is a high priority a number of conditions must be ensured. Firstly, the reuse of wastewater contaminated with a certain residue can only be reused in compatible product. In most instances, this is the same product as the residue. Secondly, wastewater containing different contaminants cannot be stored at the same time in the same storage vessel. Finally, the water used for a cleaning operation has to be of the same quality as water used in product. [Pg.174]

Project economics, feedstock availability, regulation, and product integration... [Pg.321]

Ullmanrfs Encyclopedia of Industrial Chemistry (1995) Production-integrated environmental protection, B8, 213-309, VCH. [Pg.222]

J. Wiesner, C. Christ, W. Fiihrer et al.. Production-integrated environmental protection, Ullmann s Encyclopedia of Industrial Chemistry, 6th ed., Wiley-VCH, Weinheim, 2003 (Electronic Release 2001), Vol. 30, pp. 89-192. [Pg.71]

Christ, C. (Ed.) Production-Integrated Environmental Protection and Waste Management in the Chemical Industry, Wiley-VCH, Weinheim, Germany, 1999. [Pg.186]

Since SYSCO does not itself manufacture, a quality assurance team of more than 180 professionals determines specifications for each own-brand item and also sets criteria for raw materials and for the standards that manufacturers and processors must follow for food safety, quality, and consistency, as well as for social responsibility and supplier codes of conduct. This quality assurance team identifies and establishes supply sources and audits those suppliers to enforce SYSCO s strict standards for various factors like facility conditions and sanitary measures. Inspectors are at the plants as bacon comes off the production line, or follow produce from field to cooler to assure proper holding temperatures and product integrity. SYSCO s program is unmatched in the food industry. The number of people and level of resources committed to supporting the integrity of the products are far superior to those of other industry competitors, who may devote merely a handful of personnel to these tasks, if they are undertaken at all. [Pg.81]

Because the electrons are indistinguishable, this integration is independent of the choice of the electron for which integration is omitted. Since the MOs are orthonormal, cross products integrate to zero. This result is... [Pg.52]

Waser R, SchneUer T, et al (2001) Advanced chemical deposition techniques - from research to production. Integrated Ferroelectrics 36(1-4), 3-20... [Pg.228]

These antioxidants are also sensitive to contamination by impurities such as rust, dirt, or some other material. The presence of these impurities can initiate the formation of an antioxidant seed crystal. Once a seed crystal forms within the concentrated additive, it can cause the volume of stored product to crystallize. For this reason, keeping antioxidants free of contamination helps to ensure product integrity and performance. [Pg.168]

Semiconductor Production Integrated circuits (ICs) are the major product of the semiconductor industry, and their production involves the use of hundreds of materials, products, and processes. Many different machines are used in the wafer fabrication step and these machines need to be cleaned periodically. Most machine cleaning is performed with CFC-113. [Pg.227]

Equipment lubricants with potential product contact implications must be verified as not jeopardizing product integrity. Lubricants should be identified. [Pg.271]

There are may other approaches to the (operator) non-Abelian Stokes theorem, which are more or less interrelated, including an analytical approach advocated by Bralic [4] and Hirayama and Ueno [9]. An approach using product integration [10], and last, but not least, a (very interesting) coordinate gauge approach [11,12]. [Pg.443]


See other pages where Production integration is mentioned: [Pg.10]    [Pg.162]    [Pg.562]    [Pg.74]    [Pg.411]    [Pg.394]    [Pg.7]    [Pg.174]    [Pg.181]    [Pg.254]    [Pg.44]    [Pg.318]    [Pg.133]    [Pg.114]    [Pg.197]    [Pg.198]    [Pg.320]    [Pg.692]    [Pg.763]    [Pg.130]    [Pg.13]    [Pg.460]    [Pg.125]    [Pg.439]    [Pg.259]    [Pg.9]    [Pg.357]    [Pg.58]    [Pg.541]    [Pg.290]    [Pg.554]   
See also in sourсe #XX -- [ Pg.272 ]




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