The top management or the owners of a company are mainly interested in the overall economics and productivity of their industrial plants, and are always on the lookout for analyses which should be able to guide them in their decision and policy making processes. They usually like the overall output
Fuel allocation in dual-purpose plants
β Scribed by Mohammed A.K. Al-Sofi; Mahmoud M. Srouji
- Publisher
- Elsevier Science
- Year
- 1995
- Tongue
- English
- Weight
- 344 KB
- Volume
- 100
- Category
- Article
- ISSN
- 0011-9164
No coin nor oath required. For personal study only.
β¦ Synopsis
Exergy provides the cost accounting equatiens for allocating energy in any plant. Sets of complex auxiliary equations can be derived to allocate energy cost for each plant item and system. Here a simplified alternate method has been developed utilizing the First Law of Thermodynamics with consideration of the cost factors to distribute fuel in dual-purpose boiler turbine generator (BTG)-MSF plants. The method is based on a formulation of an ideal point at which power and water products are equivalent.
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The world trend is to save energy and its'best use. One of the ways is the dual purpose plant in sea water desalination area, with simultaneous production of desalinated water and electrical power. The combinated production improves the efficiency of thermic cycle and the utilization of fuel is bett
The world trend is to save energy and its'best use. One of the ways is the dual purpose plant in sea water desalination area, with simultaneous production of desalinated water and electrical power. The combinated production improves the efficiency of thermic cycle and the utilization of fuel is bett
A thermodynamic approach to the synthesis of a dual-purpose desalination system is developed. In a previous paper (Irazoqui, 1986, Chern. Engng Sci. 41,1243-1255), it was shown that a minimum for the system entropy generation corresponds, if adequate restrictions were imposed, to an optimum in the t