In this paper two models are developed;the first one is for the horizontal falling film desalination pt-ocess and the second one, is for a modified combined thermal vapour compression and her-izontal falllnn desalination pi-ocess. Thr present models assume a conszant heat transfer area in all effect
Simulation of M.S.F. desalination plants
β Scribed by Adel M. Omar
- Publisher
- Elsevier Science
- Year
- 1983
- Tongue
- English
- Weight
- 514 KB
- Volume
- 45
- Category
- Article
- ISSN
- 0011-9164
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β¦ Synopsis
A simulation program on the modeling of MSF desalination plants has been developed by the author (ref.1). The program can be used to accurately either design or simulate plants in actual operation. Proprietory computer programs have been originated by a number of desalination designers for their own use. A few general ones have been published (refs. 2 & 3).
The paper describes the design and modeling philosophy utilized in developing the said program. A typical application on Al-Khobar (Phase-I) MSF desalination plant is briefly illustrated as an example for the use of simulation mode of the code.
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In this paper a model is developed which describes the dynamic stability of
Seawater desalination by multistage flash accounts for more than 90% of the total world desalting capacity. Almost all large size desalination plants (>5 mgd)) are of MSF type. Modelling and simulation of MSF plants are of great importance to designers and operators. Many investigations have been ca
In this paper a model is developed which describes the dynamic stability of large multi-stage flash (MSF) desalination plants. In this model, different
This paper descn3es the development of a computer simulation prosram to predict the perfonnanc~ of multistage flash (MSF) plant systems under transient conditions. The model developed is based on coupling the dynamic equations of mass energy and momentum. These equations describe the dynamic behavio