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Novel Tri Hybrid Desalination Plants
Qatar Foundation Annual Research Conference Proceedings Volume 2016 Issue 1, 2016Hybrid desalination (thermal/membrane) process is a viable solution in Gulf Cooperation countries (GCC). In GCC, large thermal desalination plant, e.g. Multi Stage Flash (MSF) and Multi-Effect-Distillation (MED), exist and will stay in operation through their expected life, (10’s of years) while new large capacity reverse osmosis (RO) plants should be ...
Abdel-Nasser Mabrouk, Mohamed Darwish
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New Hybrid Desalination Design and Modeling
Advanced Materials Research, 2012In order to adapt to the development of world integration, most modern ocean-going vessels are engaged in long transport routes voyages, so the demand for fresh water is very large. From the energy conservation, improving the amount of water production, saving shipping companies operating costs, increasing ship endurance capacity point of view, combine
Jian Hua Zhang, Zhong Cheng Wang
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A hybrid SWRO/BWRO desalination plant
Desalination, 1998Abstract In June 1997, Mekorot put into operation the first unit (8,000 m 3 /d) of a unique desalination plant, using a feed mixture of 80% raw seawater from the Red Sea and 20% of reject brine from an adjacent 36,000 m 3 /d BWRO plant. The final concentrate is supplied to nearby ponds of a salt factory.
P. Glueckstern, M. Priel
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Application of hybrid modeling and control techniques to desalination plants
Desalination, 2003One of the most recent and most intense efforts in control theory deals with handling systems whose behavior of interest is determined by interacting continuous and discrete dynamics. This approach can be applied not only to intrinsic hybrid processes but also to other systems as for example continuous processes with supervisory logic, multi-model ...
Gambier, Adrian, Badreddin, Essameddin
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The integrated/hybrid membrane systems for membrane desalination
2021Freshwater scarcity is a global issue that is further exacerbated by both economic and population growth. Membrane desalination possesses the potential to address water stress issues, but membrane fouling has affected its performance and widespread application in the desalination industry.
Ashfaq M.Y. +3 more
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Enhancing desalination processes: Recovery with hybrid membranes
Filtration & Separation, 2009Excessive discharges of brine wastewater from desalination processes can cause unacceptable levels of salt, ruining the water for agricultural uses downstream. In this article, we look at some processes that can assist with a high recovery rate.
Rajindar Singh, Hu Fleming
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Myth and reality of the hybrid desalination process
Desalination, 2008Abstract The paper discusses some misconceptions that have contributed to the continued use of thermal desalination processes and promotion of the hybrid desalination process for new plants being built or considered at Middle East locations. The misconceptions are examined both on the basis of fundamental thermodynamic principles and in terms of ...
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A hybrid solar desalination and water heating system
Desalination, 2004Abstract The hybrid character of a solar desalination system consisting of a “greenhouse”- type conventional solar still coupled with a solar collector field and hot water storage tank was investigated. This system shows significantly higher distilled water output compared with that of an uncoupled still, and moreover has the advantage of supplying ...
K. Voropoulos +2 more
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Desalination of the Colorado River water: A hybrid approach
Desalination, 2012Abstract Membrane scaling constrains the operation of Reverse Osmosis (RO) forcing low water recovery, increasing brine amount and disposal cost. A high water recovery hybrid system (without antiscalants) was designed and simulated for desalination of Colorado River (CR) water (TDS = 941 mg/L) at the same capacity as the Yuma plant (96 Mgpd).
Anand Venkatesan, Phillip C. Wankat
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