MOUNGAR Houcine

@urerms.cder.dz

Research Unit for Renewable Energies in the Saharan region (URERMS) Renewable Energy Development Center (CDER), 01000, Adrar, Algeria, Thermal and Thermodynamic ConversionDivision
Research Unit for Renewable Energies in the Saharan region (URERMS) Renewable Energy Development Center (CDER), 01000, Adrar, Algeria, Thermal and Thermodynamic ConversionDivision

MOUNGAR Houcine


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https://researchid.co/houcinemgn
My name is Houcine MOUNGAR. I was born on July 31, 1970 in BECHAR. ALGERIA .
Moungar Houcine received the state engineer degree in mechanical engineering from the University of Bechar in 1997, and the magister degree in 2012 from the ABOUBAKR BELKAID TLEMCEN university. He is currently pursuing his Ph.D. in mechanical engineering with a focus on heat engines from the University ABOUBEKR BELKAID TLEMCEN. Additionally, he works as a Researcher in the Research Unit on Renewable Energy in Middle-Saharan Adrar, Algeria. His current research interests include solar drying, solar desalination, fluid mechanics, and heat transfer.

EDUCATION

Moungar Houcine received the state engineer degree in mechanical engineering from the University of Bechar in 1997, and the magister degree in 2012 from the ABOUBAKR BELKAID TLEMCEN university.
He is attending his Ph.D in mechanical engineering, heat engine from the University ABOUBEKR BELKAID TLEMCEN in 2018.
Moungar Houcine received the state engineer degree in mechanical engineering from the University of Bechar in 1997, and the magister degree in 2012 from the ABOUBAKR BELKAID TLEMCEN university.
He is attending his Ph.D in mechanical engineering, heat engine from the University ABOUBEKR BELKAID TLEMCEN in 2018.

RESEARCH INTERESTS

Solar thermal convertion, Thermal, Mechanics and Engineering

FUTURE PROJECTS

Study, implementation, and installation of solar distillation brackish water desalination units for providing fresh water in remote areas.

The primary goal of this project is to establish solar distillation units for desalinating saline water and producing fresh water in remote areas of the Adrar wilaya, including Bouda, Mallouka, and imiaouine. The desalination unit will consist of a series of solar greenhouse effect distillers, and the total fresh water production will depend on the type of distillers used. To accomplish this, research efforts will be conducted in two parallel ways. The first will focus on improving the daily production of distillers by studying, creating, and testing distillers of different configurations. Local authorities will issue certificates of potability for the chosen prototypes. The second approach involves establishing a pilot desalination unit to study its operation under various weather conditions, enabling the prediction of operational anomalies and the proposal of relevant solutions. Ultimately, a series of distillers will be developed for production and water quality.


Applications Invited
21

Scopus Publications

Scopus Publications