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Process maturity

With mature processes it is possible to derive efficiencies fi om automation and capital intensive processes. KW (2011) describes how two companies in Europe (unnamed) drastically reduced inventory and shortages by using a common warehouse with shared delivery routes to retailers. Sharing of the warehouse was enabled by investment in warehouse automation and a well-structured distribution system that only existed in ME. Both the handling and transportation costs were reduced as they used a large number of common drop-off points to deliver their products. [Pg.205]

The report on US Advanced Manufacturing (PCAST 2011) states that US workers and systems are very competitive in sophisticated manufacturing of [Pg.205]

NOTE The above values for each evaluation factor are the average of each committee member s rating on a scale of 0-10. These average values were then summed to arrive at the totals given in the last column. Small differences in the summed ratings, up to about five points, were not considered to be significant by the committee. There was no weighting. [Pg.23]

TABLE S-2 EDT Ratings Summary for Requirement BG-2, Destruction of 15,000 Mustard Agent H-Filled 155-mm Projectiles at Blue Grass [Pg.23]

EDT Process Maturity Process Efficacy Process Throughput Process Safety Public and Regulatory Acceptabihty in a U.S. Context Secondary Waste Issues Destruction Verification Capabihty Process Flexibility Total [Pg.23]


Within each type of distilled spidts, wide vadations of flavor can be achieved by the type and amount of starting grains or other fermentable matedals, methods of preparation, types of yeasts, fermentation conditions, distillation process, maturation time and temperature, blending, and use of new technologies such as membrane separation. [Pg.81]

Keywords Agronomic value of composting Anaerobic digestion Biowaste Compost quality Composting process Maturity... [Pg.320]

Sowokinos, J. R. (1978). Relationship of harvest sucrose content to processing maturity and storage life of potatoes. American Potato Journal, 55, 333-344. [Pg.370]

The QC monitoring processes described above, if supported, were limited in their ability to support improvements and could only lead to action that was reactive in nature. Process integration is weak or nonexistent. Neither process maturity and development nor proactive system management is achievable. In the past, QMS enhancement was viewed as an expense and not seen as a relational contributor to the value chain. Aware management now realizes, through regulatory action, penalty and fines, delayed product approvals, recalls, and the like that establishment of a comprehensive QMS is essential to survive in the current regulatory environment and remain competitive in the business environment. [Pg.246]

Develop and execute communication plan Initial and ongoing training Facilitate management review process Identify process maturity goals and metrics Develop long-term strategic vision Create and execute annual action plan... [Pg.263]

Another carbon-capturing invention is to convert the captured C02 into methanol. If this process matures by the time the solar-hydrogen demonstration power plant described in this book is built, and if there is a C02 source near the plant, I will incorporate it as a subsection of the plant that is described in Chapter 4 of this book. [Pg.33]

Two kinds of tumour necrosis factors exist TNF-a and -p. They are either membrane bound or soluble. TNF-a is identical with cachectin,2 . It is produced in monocytes and macrophages TNF-p is synthesized mainly in lymphocytes. Only TNF-a is processed and cleaved from a membrane-bound glycoprotein.2 The processed, mature human TNF-a is a 145-157-amino-acid peptide chain, depending on the cleavage site. The chains associate, forming a soluble trimer. [Pg.7]

B-l Process Maturity Subfactor Evaluations for Tier 1 Munitions Processing Technologies, 90... [Pg.16]

Process maturity. This factor is used to assess whether a particular technology has been sufficiently developed and has accumulated enough operational experience so that it can be reasonably claimed that all significant issues are understood and operation of the technology is routine. [Pg.21]

Public stakeholders are concerned, naturally, about things like process maturity, efficacy, and safety however, the concerns raised under this evaluation factor have been raised specifically by public stakeholders in the United States in the past with regard to stockpile and non-stockpile operations. [Pg.44]

Process maturity and process efficacy/throughput Process maturity... [Pg.47]

Process Maturity Commercially proven methods are available to extract many types of energetic materials. Additional extraction methods are under development to improve on the efficiency of the existing methods and to allow extraction of energetic materials from previously unprocessable devices. [Pg.201]

Process Maturity Munitions and rocket motors have been inspected and reused on a limited scale. Remanufacture of new devices from obsolete equipment has been demonstrated on a small scale and reuse of separated energetic material has been demonstrated on a commercial scale. [Pg.204]

Process Maturity Commercial processes are available to recover basic chemicals from munitions. Applications have been limited to a few special situations due to the low value of the basic ingredients. [Pg.208]


See other pages where Process maturity is mentioned: [Pg.291]    [Pg.199]    [Pg.1084]    [Pg.240]    [Pg.279]    [Pg.279]    [Pg.280]    [Pg.280]    [Pg.40]    [Pg.148]    [Pg.14]    [Pg.627]    [Pg.252]    [Pg.134]    [Pg.93]    [Pg.94]    [Pg.15]    [Pg.41]    [Pg.42]    [Pg.42]    [Pg.42]    [Pg.52]    [Pg.58]    [Pg.64]    [Pg.78]    [Pg.81]   
See also in sourсe #XX -- [ Pg.205 ]




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Maturation process

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