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Development and performance evaluation of a solar-powered water desalination system / [electronic resource].

By:

Nassar, I. N

Contributor(s):

Language: English Summary language: Arabic Description: p.513-534Other title:

تطوير و تقييم وحدة تحلية مياه باستخدام الطاقة الشمسية [Added title page title]

Uniform titles:

Misr journal of agricultural engineering, 2015 (20) [electronic resource].

Subject(s):

Online resources:

Full Text Article

In: Misr Journal of Agricultural Engineering 2012.v. (20)Summary: A sOlar-powered water desalination system was developed specifically for the present work. The performance of the developed water desalination system was evaluated in terms of productivity, energy and cost requirements (during August to December 20/4). The developed water desalination system was experimentally investigated with and without using vacuum pressure pump, with washing and without washing concentrated salts and also investigated using solar panel comparing with using electronic generator as a power source. The experimental results revealed the following indications: I. The addition of the vacuum pump increased the system productivity and decreased the cost of productivity unit. 2. Washing concentrated salts after every cycle is recommended for operating system with using seawater to increase system productivity. 3. The use of solar panels decreased the cost of the produced water unit.

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Previous	ART MJAE No20 26 Effect of temperature and concentration on rheological properties of tomato paste /	ART MJAE No20 27 Development of a prototype for washing table eggs /	ART MJAE No20 28 Investigation of physical and mechanical properties of ginger rhizome /	ART MJAE No20 29 Development and performance evaluation of a solar-powered water desalination system /	ART MJAE No20 30 Energy consumption in bread baking /	ART MJAE No20 31 Development and evaluation of a peeling machine for some vegetable-fruits /	ART MJAE No20 32 Factors affecting in the design of slicing machine for potato and onion fruits /	Next

Year book of Misr Society of Agricultural Engineering : The 20 th. Annual Conference of the Misr Society of Agricultural Engineering "Agricultural Engineering and Country Challenges"

Includes references.

A sOlar-powered water desalination system was developed specifically for the present work. The performance of the developed water desalination system was evaluated in terms of productivity, energy and cost requirements (during August to December 20/4). The developed water desalination system was experimentally investigated with and without using vacuum pressure pump, with washing and without washing concentrated salts and also investigated using solar panel comparing with using electronic generator as a power source.
The experimental results revealed the following indications: I. The addition of the vacuum pump increased the system productivity and decreased the cost of productivity unit. 2. Washing concentrated salts after every cycle is recommended for operating system with using seawater to increase system productivity. 3. The use of solar panels decreased the cost of the produced water unit.

Summary in Arabic

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