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منعم کنی ز عشق وی ای مفتی زمان ----- معذور دارمت که تو او را ندیده ای

In The Name of God

Curriculum Vita

Personal Record:

Surname……      Namdari

First Name…      Roozbeh

Date of birth…   1.11.1981

Place of birth…  Sarab, I.R.Iran

Marital Status..  Single

University Address:

Department of Environmental Engineering, Graduate School of the Environment, Tehran University, No 23, Gods St, Engelab St, Engelab Sq, Tehran, P. O. Box 14155-6135, IR.Iran.

                   

                                                      

E-mail                  namdari.r@gmail.com,

Addresses……      roozbeh.namdari@yahoo.com

Education:

Diploma…

In Experimental Sciences, Shahide Motahari High School, Tehran, IR.Iran, 1999. 

B.Sc…       

In Applied Chemistry, Islamic Azad University of shahre-rey Branch, Department of Engineering, Tehran, IR.Iran, 2004.

 Exercise & Research                  Production of skin ointment

Title (B.Sc.)……                       Supervisor: Dr. S. M. Hosseini

 

M.Sc…

In Organic Chemistry, Chemistry Department, Faculty of Sciences, Kashan University, Kashan, IR.Iran, 2007.

Seminar Title             Iron Catalyzed Reaction in Organic Synthesis

(M. Sc.)…                              Supervisor: Dr. H. Naeimi

 

Thesi. Title      Efficient, New Methods for Synthesis of Various Anthraquinone

 (M. Sc.)…           Derivatives under Thermal and Microwave Conditions

 

Supervisor…

Dr. Hossein Naeimi, (Ph.D, Associate Professor in Organic Chemistry). Chemistry Department, Faculty of Sciences, Kashan University, Kashan, 87317, I.R.Iran, Fax No.: +98-361-5552935, E-mail: naeimi@kashanu.ac.ir

Abstract…

Anthraquinones are important members of organic family. Their structure is observed in some synthetic dyes and many naturally substances such as pigments, vitamins and enzymes. Also the quinone compounds occupy an important place among the different classes of antitumor agents.

Several methods were offered to the synthesis of these compounds, but all of them, have many limitations.

In common synthetic methods, the intramolecular condensation of o-aroylbenzoic acids produces anthraquinone derivatives. The common dehydrating agents are fuming sulfuric acid, benzoyl chloride and concentrated sulfuric acid, benzoyl chloride and zinc chloride, and polyphosphoric acid.

In this research, we achieved several new methods for preparation of anthraquinone derivatives in higher yields than other reported methods. These methods often have the advantage of starting with readily available materials.

In this investigation, we attempt to present a new and practical method for synthesis of these compounds. In this way, the preparation of some anthraquinone derivatives was studied in the presence of Lewis acid/sulfuric acid and Lewis acid/Methanesulfonic acid under thermal and microwave conditions.

In continue, some of the other anthraquinone derivatives have been prepared from the reaction of the synthesized alkylanthraquinones with several inorganic reagents.

Research Interests:

Synthesis of Organic Compound, Chemistry and Technology of nanofilters, catalyst, Nanoparticles, Nanocatalist, Natural Product of Organic Chemistry, Methodology

 

Research Fields:

- Investigation of various Lewis acids in synthesis of anthraquinone derivatives.

- Investigation of heat and microwave irradiation in the one-pot synthesis of anthraquinone derivatives.

- Bioremediation of organic contaminated soils with soil slurry sequence batch reactor.

- Phyto-remediation of TPH contaminated soils.

- Study the effect of nanoclay in the removing of the organic pollutants.

- Using nanofilters for removing of pollutants from water and wastewater.

- Monitoring for TPH, PAH, THM and BTEX in water, soil, sediments, waste and air Samples.

- Monitoring Caspian Sea coastal waters for TPH, PAH and Pesticides contamination.

- Testing various matrices such as water, soil, plants, and air for priority pollutants. Such as PCBs, Pesticides, VOCs, Hydrocarbons, Heavy Metals….etc.

- Analytical methods, Organic synthesis.

 

 Specialist in listed instruments:  

- High Performance Liquid Chromatography (HPLC)

- Gas Chromatography-Flame Ionization Detector (GC/FID)

- Gas Chromatography-Mass Spectrometry (GC/MS)

- Ion Chromatography (IC)

- Gel Permeation Cleanup (GPC)

- Inductively Coupled Plasma (ICP)

- Atomic Absorption (AA)

- Nuclear Magnetic Resonance Spectroscopy (NMR)

- UV-visible spectroscopy (Uv-Vis)

- Infra-red spectroscopy (FT-IR)

- TC, TOC Analyzer

- Rotary Evaporator

- Centrifuge

- Purge and Trappe

- Sonic Bath Device 

- Furnace

- DR5000 Device & … etc.

 

 Adept in listed handbooks:

- U. S. Environmental Protection Agency Methods.

- Standard Methods for Examination of Water and Waste Water.

- American Standard Test Methods.

  

Certificates: Certificate of GC, HPLC, IC technician @. Univ. of Tehran

 

Job Experiences:

- Analyst in the Instrumental Analysis Laboratory (Graduate Faculty of Environment, University of Tehran).

- Analyst in Analytical Wet Test Methods Laboratory (Graduate Faculty of Environment, University of Tehran).

- Editor of Ghalam scientific-educational journal, Army Logistics Training Center, Islamic Republic of Iran.   

 

Publications:

[1] A. R. Pardakhti, G. R. Nabi Bidhendi, R.  Namdari*. Asian Journal of Chemistry. Vol. 20, No. 2 (2008), 849-852

   Determination of Formaldehyde in Environmental and Other Aqueous Samples

 A.R. PARDAKHTI, G.R. NABI BIDHENDI and ROOZBEH NAMDARI

Graduate Faculty of Environment, University of Tehran,Tehran, Iran

Fax: (98)(21)66407719; Tel: (98)(21)61113171

E-mail: namdari.r@gmail.com

The present method described an analytical procedure for determination of formaldehyde in environmental aqueous samples. The water samples are first derivitaized with 2,4-dinitrophenylhydrazine then extracted with dichloromethane. The extract is concentrated and analyzed with HPLC using ODS zorbax column and UV detector.

 Key Words: Formaldehyde, Derivatization, Environmental pollutant, HPLC.

 

[2] Naeimi HOSSEIN*, Namdari ROOZBEH. Chinese Journal of Catalysis, 2008, 29(1): 86–90.

 Facile, Efficient and One-Pot Synthesis of Anthraquinone Derivatives Catalyzed by AlCl3/H2SO4 under Heterogeneous and Mild Conditions

 Naeimi HOSSEIN*, Namdari ROOZBEH

Department of Chemistry, Faculty of Sciences, University of Kashan, Kashan 87317, Iran

Abstract: A new method for the preparation of anthraquinone derivatives with a higher yield than those of previously reported methods was achieved. This method has the advantage of starting with readily available materials. In this reaction the products were obtained in high yield with short reaction time and easy operation under mild conditions. The structure of the products was assigned by physical data and spectroscopic methods.

 Key words: anthraquinone; Lewis acid; sulfuric acid; one-pot synthesis

 

[3] Hossein Naeimi, Roozbeh Namdari. Dyes and Pigments. 81 (2009) 259-263.

 Rapid, efficient and one pot synthesis of anthraquinone derivatives catalyzed by Lewis acid/methanesulfonic acid under heterogeneous conditions 

Abstract: A new reagent combination for the direct preparation of anthraquinone derivatives from the reaction of various benzene derivatives with phthalic anhydride in the presence of Lewis acid/methanesulfonic acid (LAMA) is reported. In this reaction, the products were obtained in high yields and short reaction times under heterogeneous conditions. The effect of aromatic ring substituents on the outcome of the reaction has been studied. Benzenes that contain electron withdrawing substituents have the lowest reactivity in this reaction. The advantages of this method include: one pot reaction, simplicity, good efficiency, easy reaction work-up and availability of the starting materials. The structures of products were assigned by physical data and spectroscopic methods.

Keywords: Antraquinone, Synthesis, Lewis acid, Methanesulfonic acid, Heterogeneous

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[4] “Efficient, one pot synthesis of anthraquinone derivatives by using of lewis acid-sulfuric acid”

Hossein Naeimi and Roozbeh Namdari

In the 13th Iranian Seminar of Organic Chemistry, 2006, Bu-Ali Sina University of Hamadan, Iran.

 

[5] “Integrated biological chemical system for treatment of industrial wastewaters”

Abbas Jafari Dastenaie, Roozbeh Namdari, Sayd Ramin Habibi

In the 1st Iranian Conference of Environmental Engineering, 2007, University of Tehran. Iran.

 

[6] “Determining Formaldehyde in Environmental aqueous samples as a known Environmental pollutant”

Alireza Pardakhti, Gholamreza Nabi Bidhendi, Roozbeh Namdari

In the 1st Iranian Conference of Environmental Engineering, 2007, University of Tehran. Iran.

 

[7] “Efficient and convenient procedure for determination of TPH pollutants from Tehran refinery soils by using of ultrasonic extraction and GC/FID analysis”

Zahra Modaress Tehrani, Ravanbakhsh Shirdam, Roozbeh Namdari and Hedieh Hendizadeh

In the 1st local Seminar of Applied Chemistry, 2008, Islamic Azad University of Lahijan Branch, Iran.

[8] “Different kinds of military bombs and how they function” Roozbeh Namdari, Ghalam Scientific-Educational Magazine, Army Logistics Training Center. Vol. 3, No. 12, 2008, 62-80.

[9] “A review on aims and functions of IAEA” Roozbeh Namdari, Ghalam Scientific-Educational Magazine, Army Logistics Training Center. Vol. 3, No. 14, 2008, 22-26.

[10] “Scientific revolution, the origin of mater and anti-mater” Roozbeh Namdari, Ghalam Scientific-Educational Magazine, Army Logistics Training Center. Vol. 3, No. 15, 2008, 27-33.

 References:

                      -Available upon request

 

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