Centre de Recherches et des Technologies de l’Energie (CRTEn), Technopole de Borj Cedria (www.crten.rnrt.tn), BP. 95, 2050 Hammam-Lif, TUNISIE
1998-2000: Engineer at a private society SINES
2001-2007: Engineer at INRST -CRTEn
2007-2010: Assistant professor at CRTEn
2010-2017: Assistant
professor at CRTEn
2017: Associate
Professor at CRTEn
Research interest
Application of solar energy in greenhouse conditioning,
Solar thermal collectors, Geothermal energy, Phase Change Materials, Solar Refrigeration,
Ejection-compression system.
Keywords
- Renewable energies- Solar thermal
- Conditioning of greenhouses
- Geothermal
- Latent storage - Phase Change Materials
- Solar Refrigeration
Projects under the Program Contract (2014-2017)
Project Leader:
1. Production du froid
solaire par système à éjection de vapeur : Application aux entrepôts frigorifiques.
Member of Projects
1.
Procédés
de conditionnement, de séchage et de contrôle du microclimat : Application du
Brevet d’invention N°: 22930 du CRTEn intitulé "Capteur Solaire à Air,
avec Absorbeur-Stockeur de Chaleur"
2.
Système
géothermique de surface pour le chauffage, le refroidissement et la production
de l’eau chaude.
Projects under the Young Researcher Encouragement Program (PEJC’2017)
Member
of Project :
1. Exploitation
des systèmes solaires à éjecto-compression dans les entrepôts frigorifiques.
1. Hassen Boughanmi, Mariem Lazaar, Abdelhamid Farhat, Amenallah Guizani:
Evaluation of soil thermal potential under Tunisian climate using a new conic
basket geothermal heat exchanger: Energy and exergy analysis. Applied Thermal
Engineering 113 (2017) 912-925
2. Mariem
Lazaar, Salwa Bouadila, Sami
Kooli, Abdelhamid Farhat: Comparative study of a conventional and solar heating
system under tunnel Tunisian greenhouses: Thermal performance and economic
analysis. Solar Energy Volume 120, October 2015,
620-635.
3.
Hassen
Boughanmi, Mariem Lazaar, Salwa Bouadila, Abdelhamid Farhat. Thermal performance of a conic
basket heat exchanger coupled to a geothermal heat pump for greenhouse cooling
under Tunisia climate. Energy and Buildings, Vol 104, 2015, 87-96
4.
Sami Kooli, Salwa Bouadila, Mariem Lazaar,
Abdelhamid Farhat. The effect of nocturnal shutter on insulated greenhouse
using a solar air heater with latent storage energy. Solar Energy 115 (2015)
217–228.
5.
Hassen Boughanmi, Mariem
Lazaar, Abdelhamid Farhat. Echangeur
Géothermique de Type Panier Integré dans Un Système Energétique Sous Le Climat
Tunisien. International Journal of Scientific Research & Engineering
Technology (IJSET). ISSN: 2356-5608, Vol.3, issue 2-2015-pp.22-26
6.
Mariem Lazaar, Salwa
Bouadila, Sami Kooli, Abdelhamid Farhat: Conditioning of the tunnel greenhouse
in the north of Tunisia using a calcium chloride hexahydrate integrated in
polypropylene heat exchanger. Applied Thermal Engineering 2014: 68;
62-68
7.
Salwa
Bouadila, Mariem Lazaar, Safa
Skouri, Sami Kooli, Abdelhamid Farhat. Assessment of the greenhouse climate
with a new packed-bed solar air heater at night, in Tunisia. Renewable and
Sustainable Energy Reviews 01/2014; 35:31–41
8.
Salwa Bouadila, Mariem Lazaar, Sami Kooli,
Abdelhamid Farhat: Energy and exergy analysis of a new solar air heater with
latent storage energy. International Journal of Hydrogen Energy 2014,
27:1–9
9.
Salwa Bouadila, Sami Kooli, Safa Skouri, Mariem
Lazaar, Abdelhamid Farhat. Improvement of the greenhouse climate using a
solar air heater with latent storage energy. Energy 01/2014;
64:663-672
10.
I. Attar, N. Naili, N. Khalifa, M. Hazami, M. Lazaar,
A. Farhat. Experimental study of an air
conditioning system to control a greenhouse microclimate. Energy Conversion and
Management 2014: 79; 543-553
11.
Salwa
Bouadila, Sami Kooli, Mariem Lazaar,
Safa Skouri, Abdelhamid Farhat. Performance of a new solar air heater with
packed-bed latent storage energy for nocturnal use. Applied Energy 2013:
110; 267-275
13. Mariem Lazaar, Sami Kooli, Majdi Hazami, Abdelhamid Farhat. Conditionnement solaire des
serres agricoles de type tunnel par des échangeurs suspendus et enterrés en
boucle fermée. Revue
des Régions Arides, Numéro spécial – 24 (2/2010).
14. M. Hazami, S. Kooli, M. Lazâar, A. Farhat,
A. Belghith:”Energy and exergy
efficiency of a daily heat storage unit for buildings heating” Revue des
Energies Renouvelables Vol. 12 N°2 (2009) 185 - 200
15.
M.
Hazami, S. Kooli, M. Lazâar, A. Farhat, A. Belghith “New solar
energy system to provide domestic hot water in rural housing in Tunisia”.
Journal of Arid Land Studies, volume 19, number 1, June 2009.
16.
M. Lazâar, S. koôli, M. Hazami, A. Farhat and A. Belghith.«Thermal
Energy Storage in the Ground of a Greenhouse by the Polypropylene Capillary
Heat Exchanger » American Journal of Applied Sciences;5
(12): 1769-1772. 2008.
17.
M.
Hazami, S. Kooli, M. Lazaar, A. Farhat, A. Belghith: “Performance of a
solar storage collector”. Desalination. Vol
183, pp 167-172 (2005)
18.
M. Hazami,
S. Kooli, M. Lazaar, A. Farhat, A. Belghith:” Thermal Performance of a
Solar Heat Storage Accumulator Used For Greenhouse Conditioning”. American
Journal of Environmental Sciences. vol 1 N°4, 2005 pp 270-277
19.
M. Lazaar,
S. Kooli, M. Hazami, A. Farhat, A. Belghith: “Comparison between a solar system
and a fuel boiler for greenhouse air-conditioning”. Desalination Vol
168, pp 391-396 (2004).
20.
M. Lazaar, S.
Kooli, M. Hazami, A. Farhat, A. Belghith: “Use of solar energy for the
agricultural greenhouses autonomous conditioning”. Desalination Vol
168, pp 169-175 (2004).
21.
M.
Hazami, S. Kooli, M. Lazaar, A. Farhat, A. Belghith: “Heat transfer
characteristics of a capillary heat exchanger based airconditioning cupboard”.
Desalination Vol 166, pp 435-442 (2004)
22.
M.
Hazami, S. Kooli, M. Lazaar, A. Farhat, C. Kerkeni, A. Belghith:
“Capillary polypropylene exchangers for conditioning of museum aquariums
(Tunisia)”. Desalination Vol 166, pp 443-448 (2004).
1.
Member of General Federation
of Higher Education and Scientific Research. October 2016-March 2017
2.
General Secretary of Core
Syndicate of researchers of Borj-Cedria Science and Technology Park.
2013-2017
3.
Member of Core Syndicate of
researchers of Borj-Cedria Science and Technology Park.
2010-2013
4.
Member of the League of Tunisian Universities (LUT) 2013
5.
Institutional Contact Point
(ICP) in the field of Energy for FP7 European Projects; 2009-2010.
1998-2000: Engineer at a private society SINES
2001-2007: Engineer at INRST -CRTEn
2007-2010: Assistant professor at CRTEn
2010-2017: Assistant
professor at CRTEn
2017: Associate
Professor at CRTEn
Framing Activity
- 2 Doctoral Theses (in progress)
- Assistance for framing of 2 Doctoral Theses
- Assistance for framing of 3 Research Masters
- 2 Research Masters
- 4 Professional Masters
- 7 End of studies projects
Event organization
1. Participation in
the organization of a seminar: The danger of the Privatization of the Tunisian
University, Hammamet 19-21 décembre 2016.
2. Organization of
an event for all the Scientific Research Establishments; 01 August 2013.
3.
Invitation of the Members of the National Commission
of the University Reform. Octobre 2013.
Cooperation
1. Cooperation with the National
Institute of Agronomic Research (INRA), Center of Research PACA, Sophia
Antipolis France (Doctoral thesis).
Reviewer activity for the following journals:
Energy; Computers and
Electronics in Agriculture, Energy and building; Mechanical Systems Engineering,
The Open Fuels & Energy Science Journal; Renewable Energy.
Teaching:
Temporary teacher
2005/2006:
ISET Nabeul
2006/2007:
FST
2011/2012/2013/2014/2015/2016: ISSTE, Borj
Cedria
Collective
responsibilities
1. Elected member of scientific council of the Researches and Technologies
Centre of Energy, CRTEn. 2011-2015
2.
Member of council of the
Laboratory of Thermal Process (LPT) 2011-2018
3.
Member of the commission of
applications for Professional Master in Solar Energy at the Higher Institute of
Sciences and Technologies of Environment, ISSTE, Borj Cedria 2013-2014.
4. Member of the commission of candidacy to contractual assistant
professor as part of Europeen Project « Etrera ». 2011
Member of the commission of candidacy of Engineer at Researchs and Technologies Centre of Energy, CRTEn; November 2010