English العربية کوردی

أنا  K R A

Assistant Professor

التخصصات

كيمياء النفط

kanaan.ahmed@uoz.edu.krd
07510437049
العراق , زاخو
3
جوائز
14
البحوث العلمية
2
الاطاريح
5
الدورات التدريبية

1
الكتب
5
المؤتمرات العلمية
8
العروض التقديمية
7
ورش العمل

التعليم

PhD in Petroleum Chemistry

Ufa State Petroleum Technological University من Ufa State Petroleum Technological University

2013

MSc in Chemistry

Mosul من Mosul

2005

العضوية


2020

2020-12-21,2020-12-23
National Scientific Committee

International Conference on Advanced Science and Engineering 2020 (ICOASE2020)

2019

2019-04-02,2019-02-04
National Scientific Committee

International Conference on Advanced Science and Engineering 2019 (ICOASE2019)

2018

2018-10-09,2018-10-11
Technical Program Committee

INTERNATIONAL CONFERENCE ON ADVANCED SCIENCE AND ENGINEERING (ICOASE 2018)

2018-01-01,current
Section Editor

Science Journal of University of Zakho

2017

2017-04-16,2019-01-09
Science Journal of University of Zakho

Scientific Member of SJUOZ

2015

2015-10-07,current
Member

Kurdistan Teachers Union

اللقب العلمي

Assistant Professor

2020-09-29

Lecturer

2009-09-10

Assistant lecturer

2006-02-06

جوائز

IRAQ - Chemical Risk Management Curriculum Development

2023-12
Sandia National Laboratory

IRAQ - Chemical Risk Management Curriculum Development

 2023

Certificate of Internship Programm at USPTU, Ufa, Russia

2018-09
USPTU International Department

Internship Programm at the Department of Oil and Gas Technology, Faculty of Oil and Gas Engineering at USPTU, Ufa, Russia

 2018

Ishimbay Specialized Chemical Plant of Catalysts- Ufa-Russia

2011-09
Ishimbay specialized chemical plant of catalysts Director. Ufa-Russia

Using data of zeolite preparation for Industrial

 2011

البحوث العلمية

Iranian Journal of Chemistry and Chemical Engineering (IJCCE) (القضية : 03) (الحجم : 44)
Evaluating High-Sulfur Residuals from Iraqi Crude Oils as a Potential Fuel Source for Heavy Industries

This study assesses the feasibility of using high-sulfur residuals from Tawke and Shikhan crude oils... See more

This study assesses the feasibility of using high-sulfur residuals from Tawke and Shikhan crude oils as a fuel source for heavy industries. The primary aim was to evaluate its industrial applicability and environmental implications. Petroleum coke, a byproduct obtained via atmospheric and vacuum distillation, was characterized by its high sulfur content, with values ranging from 3.4% for Tawke to 12.5% for Shikhan. Quantitative results from fractional distillation revealed a higher cumulative distillate percentage for Shikhan crude compared to Tawke, with sulfur mass fractions reaching up to 1.1% for the 290°C distillate fraction in Shikhan oil. Despite its potential as a cost-efficient fuel, high-sulfur petroleum coke presents environmental challenges, particularly due to sulfur dioxide emissions, which could lead to air pollution and acid rain. The findings emphasize that proper emission control technologies and stringent regulatory standards are necessary to mitigate these risks. The study further highlights that the high carbon content and calorific value of this coke make it a viable energy source, but environmental trade-offs must be considered. The novelty of this research lies in its detailed analysis of high-sulfur petroleum coke derived from specific Iraqi crude oils, providing valuable insights for industrial applications in sulfur-rich crude-producing regions. The study contributes to the ongoing discussion about alternative fuels in heavy industries, especially in regions reliant on high-sulfur crude oil reserves.

 2025-03
Chemistry Teacher International (القضية : 1) (الحجم : 1)
Enhancing chemical security and safety in the education sector: a pilot study at the university of Zakho and Koya University as an initiative for Kurdistan’s Universities-Iraq

Shortcomings in the chemical safety and security curriculum in Kurdistan universities and a lack of... See more

Shortcomings in the chemical safety and security curriculum in Kurdistan universities and a lack of awareness have led to undesired incidents. Unassessed chemical risks in academic centers challenge compliance with health, safety, and environmental policies. To address this, a pilot study evaluated the effectiveness of a new chemical risk management curriculum. Results showed a 57.4 % increase in participants’ knowledge of chemical safety and security principles. Awareness of the distinction between safety and security improved significantly, from 18.8 % to 42.6 %. Interest in learning more about chemical safety rose from 35 % to 50 %. Statistical analysis summarized the findings, including weighted mean, ranked mean, grouped standard deviation, count, and percentages. The Wilcoxon Signed Rank Test assessed differences between pre- and post-surveys, with a p-value of 0.05 or less confirming statistical significance. This pilot study demonstrates the curriculum’s potential to enhance chemical safety and security knowledge, offering a model for other universities to reduce incidents and improve compliance with safety protocols.

 2025-01
AIPconference proceedings (القضية : 1) (الحجم : 2944)
Magnetic susceptibility of metal ion loaded over faujasite Y zeolite

In this work, one of the most important types of zeolite in the petroleum refinery... See more

In this work, one of the most important types of zeolite in the petroleum refinery industry faujasite like zeolite was used as a raw material. The magnetic measurements of this sort of zeolites were studied once without the ion exchange process and another by ion exchange and loading metal such as copper, iron, and nickel using the ion exchange process and impregnation from the solution. The remarkable thing in this work is that the faujasite-like zeolite with nickel-metal ion after ion exchange showed unexpected results since a very high magnetic moment value μeff B.M. equal to 5.71966 B.M was obtained. Depending on the data obtained from this work and from the magnetism data, and since the expected shapes of nickel complexes are NiL5 (Square pyramidal) and NiL5 (trigonal bipyramidal) it is expected that there is a mixture of Square pyramidal (μeff=2.87) and trigonal bipyramidal (μeff=2.87) Nickel II complexes. The sum of the magnetic moment of the mixed complexes is μeff= 5.74 B.M. All faujasite Y zeolitic samples and catalysts were characterized using Magnetic Susceptibility Balance (M.S.B), X-ray diffraction (XRD) analysis techniques, adsorption efficiencies, and elemental analysis.

 2024-06
AIP conference proceedings (القضية : 1) (الحجم : 2944)
Synthesis and investigation of physicochemical characteristics of granulated LSX in various forms

Using the methods of XRF, XRD, and low-temperature adsorption-desorption of nitrogen, the physicochemical characteristics of... See more

Using the methods of XRF, XRD, and low-temperature adsorption-desorption of nitrogen, the physicochemical characteristics of granular LSX zeolites like in many cation-exchange forms were studied. A comparative analysis of their adsorption properties in static and dynamic modes with an industrial imported analogue was carried out. It is shown that the adsorption characteristics for nitrogen, CO2, water vapor and benzene of the synthesized granular LSX zeolite in the Li-form and the imported analogue are close. In this work proposed a method for synthesis of granular zeolite LSX in lithium form, involving synthesis of highly dispersed zeolite NaK-LSX; its blending and granulation with clay mineral from Troshkovsky region; drying in air atmosphere at T= 120-140 °C for 4-6 hours and calcining at 600-650 °C for 4-6 hours; treatment in a sodium hydroxide solution with a concentration of C(NaOH) = 70 g/l at 70 °C for 3 hours, followed by a three-fold ion exchange in a Lithium chloride solution.

 2024-06
International Journal of Environmental Analytical Chemistry (القضية : 1) (الحجم : 1)
Enhanced photocatalytic degradation of chemical waste using Cu&Ni@FAU: insights from experimental, statistical and computational studies

In this study, a novel photocatalyst, Cu&Ni@FAU Faujasite type zeolite, was successfully prepared and characterised... See more

In this study, a novel photocatalyst, Cu&Ni@FAU Faujasite type zeolite, was successfully prepared and characterised using various techniques, including XRD, SEM-EDX, FTIR, N2 adsorption-desorption isotherm, and UV-Vis spectrophotometry. Cu&Ni@FAU enhances the photocatalytic efficiency through several mechanisms, including the photo-Fenton-like process of H2O2, the electronic capture of KBrO3, and the reducing effect of NaBH4. Response surface methodology has been applied to study the impact of H2O2, KBrO3, and NaBH4 and their interactions on the photocatalysis of tetracycline. Furthermore, the efficiency of the photocatalysts and their kinetics were assessed for four different organic molecules, and it was found that the rate constant of tetracycline degradation was 0.054 M−1min−1. It is worth mentioning, Cu&Ni@FAU is temperature stable and shows maximum degradation at 70°C. Radical trapping experiments revealed that various reactive species played a role in the photodegradation process. The results show that hydroxyl radicals (OH•) and superoxide radicals (O2-•) are the dominant species in the photocatalysis mechanism. Additionally, electrons (e-) and holes (h+) had a moderate impact as active species, since the band edges of Cu&Ni@FAU is located between 2.86 eV at valance band (VB) and −0.38 eV at conduction band (CB).. To gain deeper insights into these processes, the study used density functional theory (DFT) simulation, which allowed for the calculation of electronic and vacuum band edges. This computational approach likely provided valuable information about the fundamental processes occurring during the photocatalysis process.

 2024-02
Science Journal of University of Zakho (القضية : 3) (الحجم : 11)
SYNTHESIS OF A NEW ADSORBENT BASED ON THE MILD DEALUMINATED BINDER FREE GRANULAR Y ZEOLITE

This study investigates, for the first time, the effects of dealumination of binder-free NaY type... See more

This study investigates, for the first time, the effects of dealumination of binder-free NaY type zeolite on the adsorption properties and porous structure characteristics. In this study, BF-Y zeolite was hydrothermally synthesized from kaolin and powder NaY. BF-Y was then treated with acid to increase Si/Al ratio. X-ray Diffraction (XRED), Thermal Gravimetric Analysis (TGA), Scanning Electron Microscope (SEM), and Energy Dispersive X-Ray (EDX) have been performed for the characterization. The modified zeolite granules MBF-Y were used as an adsorbent for the removal of methylene blue MB dye from water. The influence of initial MB concentration, contact time, temperature, and adsorbent dosage on adsorption capacity and dye removal percentage on MBF-Y was investigated. The maximum dye removal was attained at a concentration of (8 * 10-6 M) which was more than 93%, and an equilibrium contact time of 60 minutes. Well-known adsorption isotherms (Langmuir, Fruendlich, and Tempkin) were used to study the adsorption mechanism of MB onto MBF-Y.

 2023-07
IEEE Xplore
Development of synthesis of granular ZSM-5 with a hierarchical porous structure

Most of the methods described in the literature for the preparation of pentasil-containing catalysts involves... See more

Most of the methods described in the literature for the preparation of pentasil-containing catalysts involves the synthesis of highly dispersed zeolite ZSM-5 in the required cation-decationized forms and subsequent molding in a mixture with a binder material into granules. Information on available and promising for industrial implementation methods for the synthesis of granular materials based on high crystallinity ZSM-5 zeolite with a hierarchical porous structure is absent in the literature. As a result of the studies, a method for the synthesis of granular zeolite ZSM-5 of high phase purity and degree of crystallinity of −100% using tetrabutylammonium bromide as a template was proposed. The method includes the stages of mixing powdered zeolite ZSM-s5 and amorphous alumino silicate, moistening the mixture with water and mechanical granulation, drying and crystallizing the resulting granules. Chemical and X-ray …

 2021-05
International Research Journal of Pure and Applied Chemistry (القضية : 4) (الحجم : 21)
Evaluation of Two Kurdistan-Iraq Crude Oil (T-21A, PF2) by Derivatographic Method

Evaluation of crude oil and its residue using derivatography, is one of the most common... See more

Evaluation of crude oil and its residue using derivatography, is one of the most common physical and chemical methods analytical research. Crude oil residues 350+ obtain from two Iraq-Kurdistan crudes (Tawke T-21A well and Shekhan PF2 well) by using atmospheric distillation after removing all volatile fractions. The sample characterized by direvatographic method. The thermo analysis, reactions were carried out at temperature range 20- 700℃ for reaction time 68 min. These derivatograph curves show the weight change and heat energy (Enthalpy) change as the function of time and temperature. It shows that the crude oil residues have different composition. The curve which marks the weight changes of the sample heated is the thermogravimetric curve, TGA. Whereas the curve, which records heat energy or enthalpy changes during thermal decomposition is the DTA or differential thermoanalytic. By means of the derivatograph, it is possible to record simultaneously curve of weight change (TG), and enthalpy change (DTA) as a function of temperature. This method analysis shows good evaluation of these two crude oil well.

 2020-04
Sjuoz (القضية : 1) (الحجم : 8)
Synthesis of Bimetallic Catalysts on the Basis of Y Type Zeolite

In this work, it is shown that based on powder zeolite type Y, mono metallic... See more

In this work, it is shown that based on powder zeolite type Y, mono metallic and bimetallic catalysts have been developed that are promising for petroleum chemistry processes. The method is based on the preparing hydrogen form of Y zeolite by ion exchange with a solution of ammonium nitrate at a starting concentration of 70 g.l-1 and nickel nitrate solution which provides Ni cations. Then after preparation of bimetallic catalysts by impregnating second metal by incipient wetness. All samples and catalysts were characterized using X-ray diffraction (XRD) analysis techniques, adsorption methods, and elemental analysis. The research results showed that in order to reach the degree of exchange of Na+ for H+ cations no less than 0.73, it is necessary to carry out four exchanges of Na+ by NH4+ and three intermediate thermal treatments at 540 °C for 3 to 4 hours in air atmosphere.

 2020-03
Petroleum Chemistry (القضية : 1) (الحجم : 56)
Isomerization of n-Hexane on Binder-Free Shaped Platinum Containing Mordenite

A catalyst has been prepared as binder-free shaped MOR-type zeolite in the H form promoted... See more

A catalyst has been prepared as binder-free shaped MOR-type zeolite in the H form promoted with 0.5 wt % platinum, and n-hexane conversion over this catalyst has been studied. It has been found that the selectivity for C4–C6 isoparaffins on the new catalyst is about 90% at 300°C, a feed space velocity of 1.5 h–1, and a hydrogen pressure of 3 MPa, with the hexane conversion being 80.0–83.0 wt % and the selectivity for isohexane making 83.0–86.0%. It has been shown that the new catalyst is stable for 50 h on-stream under these conditions.

 2016-01
Petroleum Chemistry (القضية : 2) (الحجم : 54)
Influence of synthesis conditions on the adsorption and catalytic properties of mordenite zeolite

The effect of the preliminary holding of the BS-100 “white soot” at 150–155°C for 6... See more

The effect of the preliminary holding of the BS-100 “white soot” at 150–155°C for 6 to 7 h and the crystallization conditions on both the characteristics of powdered MOR zeolite samples (degree of crystallinity, composition, particle size composition, and adsorption of C6H6 molecules) and their catalytic properties in the α-methylstyrene dimerization reaction has been studied.

 2014-03
Electronic scientific journal Oil and Gas Business (القضية : 2) (الحجم : 2)
Improvement of synthesis methods of powdery mordenite type zeolite

For the first time the synthesis method of powdery mordenite type zeolite based on crystallization... See more

For the first time the synthesis method of powdery mordenite type zeolite based on crystallization of metakaolin in sodium silicate solution at temperature 150 °C for 14 hours is developed. The zeolite having 100 % crystallinity degree crystallized from the reaction mixture (RM) with the composition 2,9Na2О ∙ Аl2О3 ∙ 12SiО2 ∙ 300H2O. Previously 10 wt. % crystal seed was introduced in RM, crystallization was carried out under continuous stirring. Implementation of the developed method allows to extend the raw materials base, simplify the synthesis and reduce the cost of powdery mordenite type zeolite.

 2012-10
International Journal of Materials Engineering (القضية : 6) (الحجم : 2)
Synthesis and Properties Exchange Forms of Granulated Binder-free Zeolite X

Samples of crystalline aluminosilicate, the granules of which are crystalline aggregates of zeolite X with... See more

Samples of crystalline aluminosilicate, the granules of which are crystalline aggregates of zeolite X with different degrees of exchange of cations Na+ for cations Ca2+, Mg2+, К+ or Н+ were synthesized. Based on obtained samples, the adsorption of Н2О, СО2, С6Н6 and n-С7Н16 in static and dynamic modes is studied. The dependencies of the amount of adsorbed substance on the type and content of exchangeable cations in zeolite X were found.

 2012-10
National Journal of Chemistry (الحجم : 31)
Production of activated carbon by grafting of lignin with oxidized asphalt via fused carbonization and chemical activation

In this research work we aimed to graft lignin which a naturally oxygenated compound with... See more

In this research work we aimed to graft lignin which a naturally oxygenated compound with different ratio of oxidized asphalt (contains synthetic oxygenated groups). Grafting aimed to allow the two type of the functional groups to react in the presence of small amount of base. The process conducted at 300 oC in the absence of air. Carbonization of the mixture was carried out in the presence of twice the amount of sodium hydroxide and at a temperature of 450-500 oC till no more gases evolved. The product carbon was activated by refluxing with 30% HCl. Evaluation of the activated carbon was conducted by adsorption of iodine and methylene blue. Other variables such as density, humidity, ash and surface area were also determined.

 2008-10

الاطاريح

2013-09-27
Isomerization of n-hexane in the presence of catalysts based on granular mordenite type zeolite without binders

PhD Thesis USPTU Russia

 2013
2005
Isomerization of n-hexane in the presence of catalysts based on granular mordenite type zeolite without binders

PhD Thesis USPTU Russia

 2025

المؤتمرات العلمية

The 27th IUPAC International Conference on Chemistry Education (ICCE2024)., Pattaya, Thailand
 2024-07
A Developing Curriculum in Chemical Security Risk Assessment – A Pilot Study Across Kurdistan Region's Academic Sector

Due to the expansion of the education sector and the increasing number of universities and colleges that include scientific departments, the issue of chemical security and safety has become a significant topic. The existence of... See more

Due to the expansion of the education sector and the increasing number of universities and colleges that include scientific departments, the issue of chemical security and safety has become a significant topic. The existence of shortcomings in the curriculum of chemical risk management and sometimes neglect of this subject and lack of awareness has led to the recording of many undesired incidents. Besides, the presence of unassessed sources of chemical risk in academic centers has become a challenge to compliance with health, safety, and environmental rules and policies.

ICOASE2020
 2020-12
Selective Crystallization of Highly Dispersed Silicoaluminophosphate SAPO-11

The authors have proposed a method for selective crystallization of a high dispersion SAPO-11 silicoaluminophosphate molecular sieve. X-ray diffraction analysis, low-temperature nitrogen adsorption and scanning electron microscopy were used to determine the chemical and phase... See more

The authors have proposed a method for selective crystallization of a high dispersion SAPO-11 silicoaluminophosphate molecular sieve. X-ray diffraction analysis, low-temperature nitrogen adsorption and scanning electron microscopy were used to determine the chemical and phase compositions, characteristics of the porous structure, and the morphology of SAPO-11. It has been shown that crystallization of a silicoaluminophosphate gel prepared using pseudoboehmite as a source of aluminum and aged at 90 0 C allows obtaining the above zeolite of high phase purity and a degree of crystallinity equal to 96%. According to the data of scanning electron microscopy, the obtained SAPO-11 samples are characterized by a morphology close to cubic and a crystal size from 0.2 to 0.5 µm.

2018 International Conference on Advanced Science and Engineering (ICOASE)
 2018-11
Investigate the Carbon distribution and Structural Group Composition of Two Kurdistan Crude Oils (T-21A & PF2) and Their Fractions

For the first time, a determination of the total content of oil fractions in KRG was made using two samples of Kurdistan crude oils on the basis of the n-d-M method. To determine the structural-group... See more

For the first time, a determination of the total content of oil fractions in KRG was made using two samples of Kurdistan crude oils on the basis of the n-d-M method. To determine the structural-group composition of crude oil, it was proposed to use Tawke T-21A and Shekhan PF2 Crude oils. This paper is devoted to the study structural group of crude oil of different deposited differs from each other in physical and chemical properties. Since the properties of the oil determine the direction and application in petroleum refinery of its processing, to assess the quality of oil n-d-M method.

1ST International Conference on Materials Engineering & Science (IConMEAS 2018)., İstanbul City in Turkey
 2018-08
Catalytic Activity of Mordenite from Natural Source in the Dimerization of α-methylstyrene

Studying the activity of any catalyst and selectivity toward special products is easy by selecting a module reaction, and choosing appropriatecondition. In our case the reaction of - methylstyrene dimerization was a choice to study... See more

Studying the activity of any catalyst and selectivity toward special products is easy by selecting a module reaction, and choosing appropriatecondition. In our case the reaction of - methylstyrene dimerization was a choice to study the activity of mordenite type zeolite crystallized from natural clay mineral (kaolin P-2), and also the selectivity toward dimers.The prepared catalyst in the form of hydrogen showed that the acceptable activity and selectivity to linear dimers were (72.5%), at 80 oC, and atmospheric pressure. Different products from the dimerization of - methylstyrene over prepared catalyst was investigated, and the conversion rate reached to 73%wt.

12th Multiphase Flow Conference and Short Course: Simulation, Experiment and Application., Dresden, Germany
 2014-11
Without article

Without article

العروض التقديمية

University of Zakho
2020-12
Synthesis of Bimetallic Catalysts on the Basis of Y Type Zeolite‏

Presenting published article in Science Journal of the University of Zakho titled Synthesis of Bimetallic Catalysts on the Basis of Y Type Zeolite

 2020
Oil and gas department USPTU Russia
2019-03
Diesel Fuel Types, Quality, Specifications and Additives

Diesel Fuel Types, Quality, Specifications and Additives

 2019
Department of Petroleum Engineering at the University of Zakho
2019-02
Diesel Fuel Types, Quality, Specification and Additives

Diesel Fuel Types, Quality, Specification and Additives

 2019
Istanbul Aydin University, Turkey
2018-08
Catalytic activity of MOR from natural sources in dimerization reaction

Catalytic activity of MOR from natural sources in dimerization reaction D oval hall

 2018
University of Zakho
2016-11
Isomerizution of n-Hexane on Binder-Free shaped Plutinum Mordenite

Isomerizution of n-Hexane on Binder-Free shaped Plutinum Mordenite

 2016
College of Sciences- University of Salahaddin-Erbil
2015-02
Isomеrization of n-hехanе over granular mordеnitе type zеolitе сatalyst without bindеrs

Isomеrization of n-hехanе over granular mordеnitе type zеolitе сatalyst without bindеrs

 2015
Kobani seminar hall - College of Science - Salahaddin University/Erbil
2015-02
Isomеrization of n-hехanе over granular mordеnitе type zеolitе сatalyst without bindеrs

Isomеrization of n-hехanе over granular mordеnitе type zеolitе сatalyst without bindеrs

 2015
Department of Chemistry at the University of Zakho
2015-01
Influence of Synthesis Conditions on the Adsorption and Catalytic Properties of Mordenite Zeolite

Influence of Synthesis Conditions on the Adsorption and Catalytic Properties of Mordenite Zeolite Journal of Petroleum Chemistry Published 2014

 2015

ورش العمل

Development Remote Workshop
2023-10
IRAQ - Chemical Risk Management Curriculum Development

IRAQ - Chemical Risk Management Curriculum Development 12- October - 30 November

 2023
UoZ Zakho
2022-06
Pologna Process at UoZ Past, Current and Future Prospects

Pologna Process at UoZ Past, Current and Future Prospects

 2022
University of Zakho
2019-04
Enagigs Kangen TM Water

Enagigs Kangen TM Water with in ICOASE 2019

 2019
University of Zakho
2019-04
Implementation of Bologna Process at University of Zakho

Implementation of Bologna Process at University of Zakho

 2019
Gasha Institute, Erbil
2016-04
Workshop on establishing an academic structure of petroleum discipline curriculum for private institutes in Kurdistan region

The workshop: " Workshop on establishing an academic structure of petroleum discipline curriculum for private institutes in Kurdistan region ", which took place at the Gasha Institute, Erbil, 12-13 April 2016.

 2016
Soran university- Faculty of Engineering- Chemical Engineering Department
2015-12
Application of Chemical Engineering in Fuel Technology

The workshop entitled "Application of Chemical Engineering in Fuel Technology", which was held at Soran university- Faculty of Engineering- Chemical Engineering Department on the 13th of Dec. 2015.

 2015
Department of Chemistry at the University of Sulaimani
2015-03
Toward Sub-Divisions in Chemistry Department

In order to secure more job opportunities for chemistry graduates, the department of Chemistry at the University of Sulaimani, in collaboration with department of Chemistry of other universities will host a workshop entitled: Toward Sub-Divisions... See more

In order to secure more job opportunities for chemistry graduates, the department of Chemistry at the University of Sulaimani, in collaboration with department of Chemistry of other universities will host a workshop entitled: Toward Sub-Divisions in Chemistry Department. On the 28-29th March 2015.

 2015

الدورات التدريبية

2023-04-17,2023-05-15
Training of Trainers/ APPRAIS

Training of Trainers APPRAIS, governase, quality, accountability

 2023
2022-01-04,2022-03-08
IREX Research Management Course

IREX Research Management Course

 2022
2020-04-30,2020-06-25
E-Learning Professional Training Program

IREX in cooperation with the Iraqi and Kurdistan Ministries of Higher Education

 2020
2014-11-25,2014-11-27
12th Multiphase Flow Conference and Short Course: Simulation, Experiment and Application Dresden, Germany

12th Multiphase Flow Conference and Short Course: Simulation, Experiment and Application Dresden, Germany

 2014
2014-11-24,2014-11-27
Multiphase Conference and Training Courses

Multiphase Conference and Training Courses

 2014