Department of Inorganic Substances

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  About the Department of Inorganic Substances Industrial Engineering

   

  The Department of Inorganic Substances Industrial Engineering is one of the graduating departments within the Faculty of Chemical Industries Engineering of Kabul Polytechnic University. It was officially established in 1388 Hijri Shamsi within the structure of this faculty.

  Since 1388 H.S. to date, the Department of Inorganic Substances Industrial Engineering has graduated several cohorts of students at the bachelor’s level and presented them to society.

  The purpose of establishing this department is to train professional staff who are knowledgeable and equipped with up-to-date science and who, in compliance with the laws and regulations of the Ministry of Higher Education, pursue the following objectives:

• Establishing a professional department to train specialized and professional staff at the national level so that its graduates, with loyalty to national interests and equipped with up-to-date knowledge, can serve at the national and regional levels in line with the demands and requirements of the labor market.
• Promoting the Department of Inorganic Substances Industrial Engineering to become a leading department among the departments of Kabul Polytechnic University and at the national level in Afghanistan by the year 1404 H.S.
• Scientific cooperation in the implementation of the country’s development plans in coordination with relevant governmental and non-governmental institutions.
• Cooperation and exchange of information with all scientific centers outside the university.
• Training young staff with up-to-date professional and specialized engineering knowledge.
• Enhancing the capacity of the department’s academic staff.
• Equipping the department with modern teaching facilities.
• Conducting laboratory and research work using the department’s well-equipped laboratory.
• Providing a suitable learning environment for students, free from any kind of political, ethnic, and linguistic discrimination.
• Improving academic and research capabilities.
• Promoting extension, scientific, and research activities relevant to the department’s specialized subjects.
• Conducting scientific research.
• During their studies, students learn issues related to Inorganic Substances Industrial Engineering, including the production of chemical fertilizers, production of mineral acids, and production of silicates.

 

Contact

Kabul Polytechnic University

Email: jahanshahmosawe@kpu.edu.af

Phone: 0729265422

 

Undergraduate Courses (UG Courses)

General Chemical Technology, second year, groups: ISIE, PGIE General Chemical Technology, third year, groups: ISIE, PGIE Inorganic Chemistry 1, first year, second semester, groups: ISIE, FE Inorganic Chemistry 2, second year, group: ISIE

Contact

Kabul Polytechnic University

Email: abdulhadi.sulimanzoy@kpu.edu.af

Phone: 0784784795

 

Name: Jahanshah Mosawi

Biography

Candidate Assistant Professor Jahanshah Mousavi, son of Gul Agha, was born in 1379 H.S. into a religious family in Ghazni Province. He began primary education in 1386 and completed his secondary education at Haidar Abad Boys’ High School in Ghazni city in 1397.

He started his higher education in 1398 in Inorganic Substances Industrial Engineering at Kabul Polytechnic University. After graduation, he worked for one year as a teacher at Bahar Private School. On 27/11/1403 H.S., Candidate Assistant Professor Jahanshah Mousavi was appointed as a member of the academic staff of the Department of Inorganic Substances Industrial Engineering in the Faculty of Chemical Industries Engineering at Kabul Polytechnic University. He currently teaches General Chemical Technology and Inorganic Chemistry in various groups and classes and is simultaneously a Master’s student in Oil and Gas Industries Engineering. He is proficient in Dari, Pashto, and English. His main goal is to contribute effectively to the scientific and industrial development of the country through teaching, research, and training of talented young generations.

Research Areas

Assessment of industrial, groundwater, and surface water quality; water treatment; nanoparticles; industrial wastewater treatment; silicate technology; metals technology; chemical fertilizers technology; and mineral acids technology.

Publications

Journal Publications

“Water Quality Survey of District 6 of Kabul Afghanistan,” KPU-IJET, KPU International Journal of Engineering & Technology (in press).

Projects

Courses

General Chemical Technology Inorganic Chemistry

Contact

Kabul Polytechnic University

Email: baryalihasand2020@gmail.com  – barylali.hasand@kpu.edu.af

Phone: +93 790257553

 

Name: Abdulhadi Suleimanzoy

Biography

Abdulhadi Suleimanzoy, son of Shah Mahmood, was born in 1379 H.S. in Kabul Province. He grew up in an academic and cultural environment and, with persistence and strong interest, completed his primary and secondary education at Ariana Private High School in Kabul.

He then entered the specialized field of science and pursued higher education at Kabul Polytechnic University in the Faculty of Chemical Industries Engineering, Department of Inorganic Substances Industrial Engineering, graduating with high marks. His inquisitive spirit and interest in scientific progress led him to continue his studies to a higher level; thus, he is currently a Master’s student in Chemical Industries Engineering with a focus on Oil and Gas Refining.

In addition to his scientific skills, he is fluent in Pashto, Dari, and English and has strong proficiency in using computers and technical and analytical software, which he applies in his research and teaching. He constantly strives to put his knowledge and skills in the service of the country’s scientific, industrial, and technical development.

His teaching activities include courses on Safety and Risk-Free Operation in Chemical Industries, Environmental Engineering, Chemical Technology, and Analysis of Drinking Water. Alongside his teaching responsibilities, he is engaged in academic research and professional development in the fields of chemical industries, renewable energy, environmental engineering, and safety and risk-free operation in chemical industries.

Research Areas

Study of desulfurization processes for reducing air pollution; reduction of air pollution and risk management associated with fossil fuels in urban environments with a focus on industrial safety and clean energy; evaluation of ventilation systems, gas leakage, and fire; comparison of pollution from fossil energy and solar/bioenergy; and review of safety standards for alternative fuels (LPG, biofuel, solar systems).

Publications

Journal Publications: [none listed]

Courses

Undergraduate Courses (UG Courses)

Safety and Risk-Free Operation in Chemical Industries Environmental Engineering Analysis of Drinking Water Chemical Technology

Contact

Kabul Polytechnic University

Email: masih.moh2016@gmail.com  / masihullah.mohammadi@kpu.edu.af

Phone: 0789686856 / 0794575215

 

Name: Baryali Hasand

Biography

Baryali Hasand, son of Abdul Basir, was born in 1382 H.S. into a family of knowledge and culture in Payendi village, Andar district, Ghazni Province. His interest in chemical sciences and technology began during school years and led him to pursue his educational and professional path seriously in this field.

He completed high school at Shams-ul-Arifeen High School with excellent grades. In 1398, after successfully passing the Kankor exam, he entered the Chemical Technology Engineering program at Balkh University. After four years of regular study, academic research, and specialized learning, he graduated from this field in 1402.

In 1403 H.S., after passing a competitive exam, he joined the academic staff of Kabul Polytechnic University and now serves as a lecturer in the Faculty of Chemical Industries Engineering, Department of Inorganic Substances Industrial Engineering. He is considered one of the active and promising young academics in the country’s higher education sector.

Since the beginning of his academic activities, his interest and focus have been on specialized topics in chemical industries, particularly in the fields of chemical reactors, enrichment processes, chemical technology, and catalysts. He has chosen these areas as the main focus of his research and scientific studies. His attention is mainly directed toward understanding advanced reactor mechanisms, analyzing and improving enrichment processes, applying new technologies in chemical production, and examining the role of catalysts in improving the quality and efficiency of industrial processes. He believes that progress in these areas can significantly impact the growth of Afghanistan’s chemical industries, reducing production costs and improving product quality.

In teaching, Baryali Hasand also follows a scientific, practical, and standards-based approach. He strives to combine theoretical concepts with practical, experimental, and understandable examples for students and constantly emphasizes the use of modern teaching methods, up-to-date scientific resources, and strengthening students’ practical skills. He also believes in the role of applied research and university–industry cooperation and works to create a foundation for scientific, industrial, and specialized development in the country.

His academic goal is to improve the quality of education, expand specialized research in chemical industries, and train a creative and research-oriented generation in Afghanistan.

Research Areas

Design of chemical reactors, enrichment, chemical catalysts, and chemical technology.

Publications

None to date.

Courses

Undergraduate Courses (UG Courses)

Design of Chemical Reactors General Chemical Technology Engineering Software

Courses

Undergraduate Courses (UG Courses)

Inorganic Chemistry 1 Inorganic Chemistry 2 Technology of Mineral Acids Production Technology of Mineral Fertilizers Production Technological Calculations in ISIE

Contact

Kabul Polytechnic University

Email: m.halim@kpu.edu.af

Phone: 0729605857

 

Name: Sayed Masihullah Mohammadi

Biography

Sayed Masihullah Mohammadi, son of Noor Agha Mohammadi, was born in 1377 H.S. in Kabul city into a family of knowledge and culture. He is a member of the academic staff of the Faculty of Chemical Industries Engineering, Department of Inorganic Substances Industrial Engineering, at Kabul Polytechnic University. He is one of the young and active figures in the country’s higher education sector and has been working for two years in teaching and academic activities at this university with dedication and scientific commitment.

He completed high school at Abdulrahim Shaheed High School with excellent grades in 1395. After passing the Kankor (national university entrance exam), he obtained admission to Kabul Polytechnic University and completed his higher education in Inorganic Substances Industrial Engineering in 1400. He is currently a Master’s student in Oil and Gas Industries Engineering, further expanding his specialized and research knowledge.

From the beginning of his academic career until now, he has played an active role in teaching all subjects related to the Department of Inorganic Substances Industrial Engineering and has always endeavored to deliver theoretical and practical concepts in an applied manner to students using modern teaching methods.

His main interests and research areas include modern technologies in construction materials, renewable energies, and nanotechnology. His research focuses on improving the quality of construction materials, reducing production costs, and increasing durability and sustainability in construction projects. He also believes in the role of nanotechnology in the development of construction and environmental industries and regards this field as one of the keys to transforming industries in Afghanistan.

In addition to teaching, he actively participates in the university’s academic and research activities and continually emphasizes enhancing students’ research capacities, encouraging them toward innovation, and using up-to-date scientific resources. He believes that combining theoretical knowledge with practical experience is the real foundation for industrial development in the country.

His academic goal is to improve the quality of education, strengthen the link between university and industry, and develop applied research in construction materials and renewable energies. He believes that the future of higher education in Afghanistan depends on training creative and committed researchers and strives to play an effective role on this path.

Research Areas

Modern technologies in construction materials, renewable energies, nanotechnology, and pollutants.

Journal Publications

Analysis of successful strategies for the development of scientific research in higher education institutions. The role of research in transforming higher education in Afghanistan: an examination of the situation, obstacles, and technological capacities from the perspective of the academic community. Study of the role of mineral products industrial engineers in the development and growth of sustainable businesses (approved, pending publication). Review of production, structure, properties, and applications of silver nanoparticles (approved, pending publication). Assessment of developments in the last 20 years in industrial development using modern technologies in Afghanistan (approved, pending publication).

Courses

Undergraduate Courses (UG Courses)

Nitrogen Technology (related) Silicates Production Technology General Chemical Technology

Contact

Kabul Polytechnic University

Email: l.ahmadi@kpu.edu.af

Phone: 0730777720

 

Name: Mohammadullah Halim

Biography

Candidate Assistant Professor Mohammadullah Halim, son of Jamaluddin, was born in 1370 H.S. into a religious family in Ghazni Province. He began his primary education in 1378 and completed his secondary education at Mohammad Ibrahim Shaheed High School in Ghazni city in 1390.

He started his higher education in 1391 in the field of Inorganic Materials Technology at Kabul Polytechnic University and graduated in 1395. Candidate Assistant Professor Mohammadullah Halim was appointed as a member of the academic staff of the Department of Inorganic Substances Industrial Engineering in the Faculty of Chemical Industries Engineering of Kabul Polytechnic University on 24/4/1398 H.S. He currently teaches Nitrogen Technology (related topics) and Silicates Technology in various groups and classes, and at the same time is a student in the Master’s program in Oil and Gas Industries Engineering. He is proficient in Dari, Pashto, and English. His main goal is to contribute effectively to the scientific and industrial development of the country through teaching, research, and training of talented young generations.

Research Areas

Development of ceramics; production and application of chemical fertilizers; and metal processing from mineral resources.

Journal Publications

Analysis of successful strategies for the development of scientific research in higher education institutions. Study of the role of industrial engineers in the development and growth of sustainable businesses.

Courses

Undergraduate Courses (UG Courses)

Inorganic Chemistry 1 Inorganic Chemistry 2 Principles of Management General Chemical Technology

Journal Publications

Research on the reuse of plastic waste and its re-consumption in production Research on environmental pollution caused by used batteries, electronic and electrical waste Research on alumino-silicate refractories Research on industrial cells for chlorine production and their comparison Research on effective use of crystal hydrates in storage and transportation of natural gas Research on the adverse effects of SiO2 on the performance of industrial equipment and methods for its removal Importance and impact of micro-fertilizers on plant growth and development Recent Developments in High Sulfur-Content Polymers Thermodynamic investigation of the vapor–liquid equilibrium for isobaric water, acetic acid, and sodium acetate ternary system using modified UNIQUAC model Recent Developments in High Sulfur-Content Polymers Using Alternative Fuels in Cement Production, Reduction of Natural Fuel Resources Consumption and Environmental Pollution: A Review Analysis of successful strategies for the development of scientific research in higher education institutions Review of production, structure, properties, and applications of silver nanoparticles (approved, pending publication)

Summary of the Faculty Research Areas

The research fields of the academic staff of the Department of Inorganic Substances Industrial Engineering cover broad and diverse domains of chemical industries and materials. The studies of Professor Lotfullah Ahmadi focus on finding alternative materials for cement production with the aim of reducing energy consumption and pollution. Candidate Assistant Professor Mohammadullah Halim conducts research on the development of ceramics, production and application of chemical fertilizers, and processing of metals from mineral resources. Candidate Assistant Professor Baryali Hasand works on catalysts, optimization of chemical reactors, and improvement of production technologies in chemical industries.

The research of Candidate Assistant Professor Abdulhadi Suleimanzoy includes renewable energies, safety and risk-free operation in chemical industries, and issues of environmental engineering. Candidate Assistant Professor Sayed Masihullah Mohammadi conducts research in the areas of nanoparticles, water treatment, and technology of production of mineral acids and mineral fertilizers. In addition, Candidate Assistant Professor Jahanshah Mousavi focuses on industrial water quality assessment, water and wastewater treatment, use of nanoparticles, and also production of chemical fertilizers and acids.

These combined research areas create a strong scientific capacity for the development of inorganic substances industries and for addressing technological and environmental challenges.

 

Programs

Undergraduate Programs

Enter information about your undergraduate programs in a table similar to the sample below:

Abbreviation of Program	Full Name of Program
ISIE	Inorganic Substances Industrial Engineering

Curriculum

The curriculum of the Department of Inorganic Substances Industrial Engineering will be sent in PDF format.

Program Learning Objectives

The main objective of implementing this curriculum is to educate undergraduate students in “Inorganic Substances Industrial Engineering” over eight semesters in a way that is aligned with national and international standards and with labor market needs. This program trains young engineers who are capable of analyzing and solving complex problems in the production and processing of materials for manufacturing products, thereby responding to the fundamental needs of human society.

Another key objective of this program is to develop a specialized higher education system in the field of Inorganic Substances Industrial Engineering that not only addresses Afghanistan’s development and progress needs but can also compete with the academic and educational standards of universities in the region. Our mission includes enhancing the level of knowledge in Inorganic Substances Industrial Engineering in accordance with higher education regulations, conducting applied scientific research, and providing technical and consultancy services to industry. We also place special emphasis on equipping and improving the material and spiritual capacity of the department, and strengthening the scientific and managerial skills of both academic staff and students.

Finally, considering global developments and growing industrial demands, this program aims to continuously update its curriculum and systematically develop the skills and capabilities of its students to prepare them for entry into the labor market and success at national and international levels.

Program Learning Outcomes

From 1392 to 1403 H.S., the Department of Inorganic Substances Industrial Engineering has graduated eleven cohorts of students at the bachelor’s level and presented them to society, and in 1404 H.S. it will present its twelfth cohort of graduates.

The graduation graph of the Department of Inorganic Substances Industrial Engineering is as follows:

Annex No. 1: Faculty Information

Name: Lotfullah Ahmadi

Biography

Professor Lotfullah Ahmadi is one of the prominent academic figures of the country in the field of Inorganic Substances Industrial Engineering. He completed his primary and secondary education at Paghman High School, graduating from this reputable educational institution in 1356 H.S.

After finishing school, he continued his academic journey in Chemical Technology at Kabul Polytechnic University and graduated with distinction from this field in 1361 H.S. His specialized training, scientific perseverance, and deep interest in chemistry and materials sciences formed a solid professional foundation and shaped his research orientation.

Professor Lotfullah Ahmadi later joined the academic community and, over years of teaching, research, and training dozens of specialists, has been recognized as one of the influential and pioneering professors in Inorganic Substances Industrial Engineering. His research has mainly focused on the development of industrial inorganic materials, improvement of production methods, and technical applications of these materials in modern industries.

With several decades of scientific and academic experience, he continues to play an active and prominent role in scientific development, student guidance, and enhancement of research capacity at the university, and is regarded as one of the most respected figures in this field in the country.

 

 

Research Areas

Development of industrial inorganic materials; improvement and development of production methods in inorganic materials industries; industrial applications of inorganic materials; chemical technology; and the teaching and development of academic capacities.

Books (Publications)

Advanced Inorganic Chemistry (Transition Elements) Nuclear Chemistry Glass and Ceramic Materials (Structure, Properties, and Processing) Inorganic Chemistry 1 Inorganic Chemistry 2 (approved, pending publication)

Research

Research Areas of the Faculty Members of the Department of Inorganic Substances Industrial Engineering

Research area of Professor Lotfullah Ahmadi: alternative materials for cement production. Research area of Candidate Assistant Professor Mohammadullah Halim: development of ceramics, production and application of chemical fertilizers, and metal processing from mineral resources. Research area of Candidate Assistant Professor Baryali Hasand: catalysts, chemical reactors, and chemical technology. Research area of Candidate Assistant Professor Abdulhadi Suleimanzoy: renewable energies, safety and risk-free operation in chemical industries, and environmental engineering. Research area of Candidate Assistant Professor Sayed Masihullah Mohammadi: nanoparticles, water treatment, and technology of production of mineral acids and mineral fertilizers. Research area of Candidate Assistant Professor Jahanshah Mousavi: assessment of industrial water quality, wastewater treatment, nanoparticles, treatment of industrial wastewater, chemical fertilizers, and acids.

Staff

Bachelor’s degree in Engineering, Department of Electrical and Electronics Engineering, Abu Rayhan Higher Education Institute.

Name and surname: Lal Mohammad Faizi Job title: Laboratory Engineer Email address: m.faizi@kpu.edu.af Contact number: 0771013033 Bachelor’s in Inorganic Substances Industrial Engineering, Faculty of Chemical Industries Engineering, Kabul Polytechnic University; currently a student in the Master’s program in Oil and Gas Chemical Industries Engineering. Email address: jahanshahmosawe@kpu.edu.af Contact number: 0729265422 Research areas: assessment of industrial water quality, water treatment, nanoparticles, treatment of industrial wastewater, chemical fertilizers, and acids. Link to profile (Annex No. 1) Jahan Shah Mosawi Bachelor’s in Inorganic Substances Industrial Engineering, Faculty of Chemical Industries Engineering, Kabul Polytechnic University; currently a student in the Master’s program in Oil and Gas Chemical Industries Engineering. Email address: masih.moh2016@gmail.com / masihullah.mohammadi@kpu.edu.af Contact number: 078 968 6856 Research areas: nanoparticles, water treatment, and technology of production of mineral acids and mineral fertilizers. Link to profile (Annex No. 1) Sayed Masihullah Mohammadi Bachelor’s in Inorganic Substances Industrial Engineering, Faculty of Chemical Industries Engineering, Kabul Polytechnic University; currently a student in the Master’s program in Oil and Gas Chemical Industries Engineering. Email address: baryalihasand2020@gmail.com – barylali.hasand@kpu.edu.af Contact number: 079 025 7553 Research areas: catalysts, chemical reactors, and chemical technology. Link to profile (Annex No. 1) Baryali Hasand Bachelor’s in Inorganic Substances Industrial Engineering, Faculty of Chemical Industries Engineering, Kabul Polytechnic University; currently a student in the Master’s program in Oil and Gas Chemical Industries Engineering. Email address: abdulhadi.sulimanzoy@kpu.edu.af Contact number: 0784784795 Research areas: renewable energies, safety and risk-free operation in chemical industries, and environmental engineering. Link to profile (Annex No. 1) Abdul Hadi Sulimanzoy Bachelor’s in Chemical Technology, Kabul Polytechnic University Email address: l.ahmadi@kpu.edu.af Contact number: 0730777720 Research areas: alternative materials for cement production. Link to profile (Annex No. 1) Lutfullah Ahmadi Bachelor’s in Inorganic Substances Industrial Engineering, Faculty of Chemical Industries Engineering, Kabul Polytechnic University; currently in the thesis semester of the Master’s program in Oil and Gas Chemical Industries Engineering. Email address: m.halim@kpu.edu.af Contact number: 0784455637 Research areas: development of ceramics, production and application of chemical fertilizers, and metal processing from mineral resources. Link to profile (Annex No. 1)

The work on these projects has progressed by approximately 20 percent.

Members of the Department of Inorganic Substances Industrial Engineering have achieved significant results in authoring, translating, and presenting national and international papers in 1404 H.S., and likewise have considerable achievements in conferences.

The participation of the department’s academic staff and the laboratory engineer in the international conference “Review and Improvement of Quality Assurance Systems in Higher Education,” held at Jami University in Herat, is notable; two of their papers were selected among the best papers of the conference and published in the Baharestan scientific–research journal.

Facilities

The Department of Inorganic Substances Industrial Engineering has one laboratory for analysis and testing of inorganic chemistry. This laboratory was equipped in 2015 with assistance from the Slovak Republic. At present, there are 146 pieces of equipment, instruments, and chemical materials available in this laboratory.

This department does not have a separate computer lab; students take their computer-related subjects in the university IT center in cooperation with the Faculty of Computer Science. All academic staff and technical employees of the department have full access to the university’s internet.

Catalog

The catalog will be sent in PDF format.

Faculty and Staff

Faculty

Provide the following brief information for the head of department and the academic staff of your department, and create a link to the detailed profile of each academic member according to Annex No. 1 of this form.

Brief information for each academic staff member:

Mohammadullah Halim

Vision

To establish a professional department for training specialized staff at the national level so that its graduates, with loyalty to national interests and equipped with up-to-date knowledge, can serve society in accordance with the demands and requirements of the national and regional labor market, and so that this department can secure its position as a leading department among other departments of this academic institution and in the region by the year 1404 Hijri Shamsi.

Mission

The mission of this department is to train applicants in this field in accordance with global standards and based on societal needs, the demands of the free labor market, and major governmental plans, by equipping them with up-to-date professional and specialized knowledge at the national and regional levels.

Department Activities

The Department of Inorganic Substances Industrial Engineering maintains scientific cooperation with relevant bodies such as: the Directorate of State-Owned Companies, the National Development Directorate, the Ministry of Finance, the Ministry of Industry and Commerce, the Ministry of Mines and Petroleum, the Central Siloom Directorate, the Norm and Standard Authority, and other related institutions.

The department also has two research projects in progress in its own laboratory under the titles:

Extraction of lithium metal from relevant mineral rocks using simple laboratory equipment Production of nitroglycerin

Graduates of this field can work as engineers in factories producing chemical fertilizers (such as the Mazar-e-Sharif Fertilizer and Power Plant), cement production plants, tile and ceramic factories, rebar (steel bar) production factories, and in research and analytical laboratories dealing with products of inorganic substances industries.

Department Objectives

The objective of this department is the continuous standardization of all its working areas and the advancement of Chemical Industries Engineering sciences based on the latest scientific achievements, as well as the training of competent and experienced academic–engineering staff according to the needs of the country. It also aims at the development and implementation of the curriculum in accordance with national and international standards. These goals include the following points:

Preparing specialized human resources needed by the country in the fields of purification of extracted natural resources and converting them into consumer goods required for national growth and economic development. Scientific cooperation in the implementation of national development plans together with relevant governmental and non-governmental institutions. Quantitative and qualitative improvement of educational services for applicants in compliance with national and international standards. Production of science and knowledge. Teaching and learning. Promoting the use of scientific achievements on a wide scale in the country in both theoretical and practical dimensions. Cooperation and exchange of information with all scientific centers outside the university. Conducting research and studies.