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Enterprises large-scale

Figure 8.2 illustrates the format of a typical absorption costing exercise. This exercise can easily be used to calculate the overall profit or loss of each enterprise and its profit margin. See for example Fig. 8.3. One of the difficulties of this exercise is allocating the fixed costs between the various enterprises. Take housing for example if the shed is shared between beef cattle and sheep, then the allocation of the cost could be made on a space and time basis. On a large-scale farm with several workers there will probably be a shepherd, a stockman, and a tractor driver for the arable crops. However, on a smaller farm where the farmer and his family do all the work then division of time between... Figure 8.2 illustrates the format of a typical absorption costing exercise. This exercise can easily be used to calculate the overall profit or loss of each enterprise and its profit margin. See for example Fig. 8.3. One of the difficulties of this exercise is allocating the fixed costs between the various enterprises. Take housing for example if the shed is shared between beef cattle and sheep, then the allocation of the cost could be made on a space and time basis. On a large-scale farm with several workers there will probably be a shepherd, a stockman, and a tractor driver for the arable crops. However, on a smaller farm where the farmer and his family do all the work then division of time between...
The 1.0 specs of Enterprise JavaBeans are a good example of standard architectural patterns and how they can be used to define a simple and consistent architecture even for large-scale business systems. [Pg.518]

The leeway and motivations for substituting hazardous substances may indeed differ between small and medium-sized enterprises (SMEs) and large-scale enterprises. However, neither of the two types of enterprises appears to be more iimo-vative than the other per se. For example, the qualification of employees, the capital intensity of production, the availability of capital for research and development, the type of production and the competition strategy (mass or quality), the position on the supply chain as well as the corporate culture are at least just as decisive. [Pg.105]

After the preparatory stages have been completed, ChemKit will officially be founded at the end of March 2007. This marks the commencement of our consulting activity. Up to the second quarter of 2008, the ChemKit team will focus on intensive, personal and competent consulting of small and medium enterprises in Austria thereupon, the range of services will also be offered to Austrian large-scale companies. [Pg.204]

Mullin R (2004) Fine Chemicals. Chemical Engineering News -Enterprise of the Chemical Sciences supplement 82 41-19 Mulvey JM, Vanderbei J, Zenios SA (1995) Robust Optimization of Large-Scale Systems. Operations Research 43 264-281 Munson CL, Rosenblatt MJ (1997) The Impact of Local Content Rules on Global Sourcing Decisions. Production and Operations Management 6 277-290... [Pg.231]

As supply lists like this suggest, alchemy could be a truly large-scale and capital-intensive enterprise. On their own, few alchemists could afford or had access to these materials and the ovens, cupels, and other equipment necessary to work them in exchange for a share of the resulting profits, however, wealthy patrons would finance this alchemical work. Thus, by providing the supplies alchemists needed to pursue their art at court, contracts worked very much to alchemists advantage as well as princes. ... [Pg.115]

A large-scale, usually single-crop forestry or agricultural enterprise. [Pg.131]

Sanya Timber Factory is a large-scale timber processing enterprise that locates is Sanya, Hainan Island of China, In this factory there are two product lines imported from Sweden for 30,000m shaving plank and 40,000m mid-density fibre, and other workshops. About 100 tons wood waste is produced every day, which includes 35 tons wood powder, 10 tons leftover material, 10 tons sieving waste and 45 tons all kinds of bark. Due to the complicated sorts of timber waste, some of the wastes are used and others are disposed which causes severe problems of storage and pollution. [Pg.466]

Robert A.W. Johnstone, Ph.D., is a full professor in the Department of Chemistry at the University of Liverpool, Liverpool, U.K. He possesses a D.Sc., a Ph.D., and a B.Sc. in chemistry. He is also a Fellow of The Royal Society of Chemistry (FRSC). An author and contributor to several books. Dr. Johnstone has published over 200 journal papers in natural product chemistry, catalysis in oxidation and reduction, and spectroscopy. His work has resulted in several new synthetic procedures in organic chemistry that are widely used and have provided some 30 full patents. Part of his research with industry led to a Queen s Award for Technological Achievement, an award not usually given to industrial and business enterprises and not normally given to university staff. The award concerned large-scale manufacture of an important ingredient of timber preservative by a new catalytic method, which produces about 30001 per annum of the product. Apart from his career... [Pg.482]

What we do in a modem organic chemistry laboratory is serious business. While it can provide social benefit, basic scientific discoveries, and intellectual satisfaction, chemical experiment is not just fun, it can also be very hazardous, some experiments inherently so. Complacency is often observed by veterans and novices aUke. One often forgets that chemistry is a potentially dangerous enterprise a cavalier attitude often results in disastrous consequences. Therefore, extreme caution should be exercised at all time, especially when one handles large-scale reactions that are exothermic or when dealing with toxic chemicals. [Pg.24]


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