Oil and gas processing technology

Bosh sahifa Oil and gas processing technology

Oil and gas processing technology


Head of the department

Ochilov Abdurakhim Abdurasulovich

  • Qabul vaqti: Monday to Friday (from 14:00 to 16:00)
  • Telefon: +998 91 411 00 16
  • Email: ochilov82@gmail.ru

    According to the new organizational structure of Bukhara Engineering-Technological Institute approved by the Ministry of Higher and Secondary Specialized Education of the Republic of Uzbekistan on July 10, 2019, the “Oil Refining Technology” Department was established.     Currently, the department is headed by Associate Professor A.A. Alimov, Doctor of Philosophy (PhD) in Pedagogical Sciences. The department employs 12 full-time faculty members, including 3 Doctors of Science (DSc), 3 Doctors of Philosophy (PhD), 2 Candidates of Science – Associate Professors, 1 Candidate of Science – Senior Lecturer, 1 Assistant, and 2 trainee lecturers.     Over the past two years, the department’s faculty members have defended 3 Doctor of Science (DSc) dissertations and 1 Doctor of Philosophy (PhD) dissertation. In co-authorship, they have published 8 учеб manuals, 10 monographs, and 20 electronic textbooks (DGU) in various subjects. Additionally, 40 articles have been published in international journals with impact factors, 60 articles in journals listed by the Higher Attestation Commission (OAK), and 8 articles indexed in the Scopus database. Currently, 10 doctoral students and more than 3 independent researchers are engaged in scientific research at the department.     In training qualified engineering personnel and developing scientific and technological solutions, an international grant worth 80,000 US dollars under Project AIF 2/20 – “Improving the Quality of Training Qualified Engineering Personnel in Technical Fields and Enhancing Teachers’ Professional Development Based on Person-Oriented Innovative Technologies” – is being implemented in cooperation with the Department of Metrology and Standardization. Within the framework of this grant, modern laboratory equipment has been purchased for research purposes. Laboratory and practical classes in the department’s assigned subjects are conducted directly at Neftgaztadqiqot JSC and the Bukhara Oil Refinery. Representatives of industry enterprises actively participate in the educational process.


Head of the Department,
Ochilov Abdurakhim Abdurasulovich


DSc, Associate Professor.
Makhmudov Mukhtor Jamolovich


DSc, Professor.
Hayitov Ruslan Rustamjonovich


DSc, Associate Professor.
Bozorov G‘ayrat Rashidovich


PhD, Senior Lecturer
Xo‘jaqulov Aziz Fayzullaevich


Candidate of Technical Sciences, Senior Lecturer
Murodov Malik Negmurodovich


Candidate of Technical Sciences, Associate Professor
Safarov Baxri Djumaevich


PhD, Senior Lecturer
Akhmedova Ozoda Bahronovna

BACHELOR'S DEGREE

60721100 – Oil and Gas Processing Technology

60720900 – Oil and Gas Chemical Industry Technology

65321400 – Oil and Gas Chemical Industry Technology

MASTER'S DEGREE

70721102 – Oil and Gas Processing and Chemical Technology

70721103 – Processes and Equipment of Oil and Gas Processing

Bachelor’s Degree:

  1. 1. Physics and Chemistry of Oil and Gas
    2. Preparation of Oil and Gas in Fields
    3. Operation of Oil Depots and Fuel Filling Stations
    4. Catalysis in the Oil and Gas Chemical Industry
    5. Waste Treatment Technology in the Oil and Gas Chemical Industry
    6. Oil and Gas Condensate Processing Technology
    7. General Chemical Technology
    8. Chemical Technology of Deep Oil and Gas Processing
    9. Synthetic Fuel Production Technology
    10. Corrosion Protection
    11. Collection, Preparation and Transportation of Oil and Gas
    12. Energy Saving and Energy Efficiency in the Oil and Gas Chemical Industry
    13. Chemical Reactors
    14. Production of High-Quality Products at Oil Refineries

Master’s Degree

  1. 1. Scientific Foundations of Chemical Technology of Oil and Gas Processing
    2. Technological Calculations in Design and Scientific Research in the Oil and Gas Industry
    3. Chemotology of Oil and Gas Processing Products
    4. Chemistry and Technology of Additive Production for Fuels and Lubricants
    5. Modern Methods for Quality Analysis of Oil and Gas Products
    6. Chemistry and Technology of Alternative and Synthetic Liquid Motor Fuel Production
    7. Technology of Catalysts and Sorbents
    8. Design of Equipment and Technologies for Oil and Gas Processing and Petrochemistry
    9. Technology of Catalysts and Sorbents
    10. Corrosion Protection of Oil and Gas Processing Equipment
    11. Equipment and Apparatus for Storage and Transportation of Oil and Gas Industry Products
    12. Scientific Foundations of Deep Chemical Processing Processes of Oil and Gas
    13. Modeling and Optimization of Technological Processes of Oil and Gas Processing

CONFERENCE THESES AND ARTICLES (INTERNATIONAL AND REPUBLICAN)

  1. 1. J.A. Safarov, R.R. Hayitov. Purification of used oils under the influence of filtering mechanisms in force fields. V-International Conference-Symposium on “Chemical Technologies and Nanotechnologies – Scientific Research in the Field of High Molecular Compounds Chemistry, Organic Substances and Composite Materials: Problems and Solutions.” November 25, 2021. pp. 165–167.
    2. J.A. Safarov, R.R. Hayitov. Determination of the composition of used motor oils. V-International Conference-Symposium on “Chemical Technologies and Nanotechnologies – Scientific Research in the Field of High Molecular Compounds Chemistry, Organic Substances and Composite Materials: Problems and Solutions.” November 25, 2021. pp. 255–258.
    3. J.A. Safarov, R.R. Hayitov. Selection of a method for purification of used motor oils. V-International Conference-Symposium on “Chemical Technologies and Nanotechnologies – Scientific Research in the Field of High Molecular Compounds Chemistry, Organic Substances and Composite Materials: Problems and Solutions.” November 25, 2021. pp. 258–261.
    4. J.A. Safarov, K.Sh. Khotamov. Current state of processes for producing high-quality diesel fuels. Tashkent Research Institute of Innovative Chemical Technology. V-International Conference-Symposium. Tashkent, 2021.
    5. O.B. Akhmedova, Z.N. Akramova. Study of a low-temperature separator used in the gas preparation process. Republican Scientific and Practical Conference “Current Issues of Industrial Engineering.” Bukhara, October 20–22, 2021. pp. 326–327.
    6. O.B. Akhmedova, Sh. Akhmedova. Development of an effective absorbent composition for purification of gases from acidic components. Republican Scientific and Practical Conference “Current Issues of Industrial Engineering.” Bukhara, October 20–22, 2021. pp. 328–329.
    7. B.B. Toirov, A.A. Alimov. Relevance of producing synthetic oil feedstock from coal raw materials based on standard requirements. “Innovative Approaches to the Development of Education-Industry Clusters in the Oil and Gas Sector.” Uzbekistan, Tashkent, 2022. pp. 135–137.
    8. B.B. Toirov, A.A. Alimov. Relevance of producing synthetic oil feedstock from coal raw materials based on standard requirements. “Innovative Technologies for Processing Mineral and Technogenic Raw Materials in the Chemical, Metallurgical, Petrochemical Industries and Production of Building Materials.” Uzbekistan, Tashkent, 2022. pp. 68–70.
    9. N.I. Bakhramov, O.B. Akhmedova, R.R. Hayitov. Study of the optimal composition of granular activated carbon based on local raw materials for alkanolamine purification. V-International Conference-Symposium “Chemical Technologies and Nanotechnologies – Scientific Research in the Field of High Molecular Compounds Chemistry, Organic Substances and Composite Materials.” Tashkent, November 25, 2021. pp. 192–194.
    10. O.B. Akhmedova, Z.Z. Rakhimov. Development of technology for producing the absorbent methyldiethanolamine used in gas purification. V-International Conference-Symposium “Chemical Technologies and Nanotechnologies – Scientific Research in the Field of High Molecular Compounds Chemistry, Organic Substances and Composite Materials.” Tashkent, November 25, 2021. pp. 167–170.

SCIENTIFIC WORKS INDEXED IN SCOPUS AND WEB OF SCIENCE

  1. Kayum Jumaev, Baxodir Tursunov. Technology for obtaining fuel briquettes from oil waste. Scopus, IOP Conference Series: Earth and Environmental Science, Krasnoyarsk, Russia, June 16–18, 2022.

TEXTBOOKS AND STUDY GUIDES

1. N.B. Dustov, B.J. Safarov, J.A. Safarov. Study guide “Chemical Reactors.” Ministry of Higher and Secondary Specialized Education of the Republic of Uzbekistan, Order No. 892, October 4, 2019.
2. G.R. Bozorov, A.A. Alimov, M.Ya. Khojjiyev. Study guide “Technology of Oil and Gas Condensate Processing.” Ministry of Higher and Secondary Specialized Education of the Republic of Uzbekistan, Order No. 892, October 4, 2019.
3. G.R. Bozorov, U.K. Urinov, M.Ya. Khojjiyev, R.B. Hojieva. Study guide “Operation of Oil Depots and Fuel Filling Stations.” Ministry of Higher and Secondary Specialized Education of the Republic of Uzbekistan, Order No. 892, October 4, 2019.
4. K.K. Sharipov, L.I. Tilloev, B.R. Rakhimov. Study guide “Introduction to the Specialty.” Ministry of Higher and Secondary Specialized Education of the Republic of Uzbekistan, Order No. 892, October 4, 2019.
5. B.B. Toirov, A. Alimov, M.Ya. Khojjiyev, U.M. Bozorov. Study guide “Design of Measuring Instruments.” Ministry of Higher and Secondary Specialized Education of the Republic of Uzbekistan, Order No. 538, December 25, 2021.
6. N.B. Dustov, B.J. Safarov, J.A. Safarov. Study guide “Chemical Reactors.” Ministry of Higher and Secondary Specialized Education of the Republic of Uzbekistan, Order No. 538, November 23, 2021.
7. U.M. Bozorov, A. Alimov, M.Ya. Khojjiyev. Study guide “Design of Measuring Instruments.” Ministry of Higher and Secondary Specialized Education of the Republic of Uzbekistan, Order No. 538, December 25, 2021.
8. K.K. Sharipov, L.I. Tilloev, B.R. Rakhimov. Study guide “Introduction to the Specialty.” Ministry of Higher and Secondary Specialized Education of the Republic of Uzbekistan, Order No. 110, March 1, 2021.
9. M.J. Makhmudov, L.I. Tilloev, B.Z. Adizov, A.A. Alimov, T.Kh. Naubeev. Textbook “Catalysis in the Oil and Gas Chemical Industry.” Ministry of Higher and Secondary Specialized Education of the Republic of Uzbekistan, Order No. 356, August 18, 2021.
10. O.B. Akhmedova, D.F. Asadova, A.F. Gaybullaeva. Electronic textbook “Fundamentals of Oil and Gas Chemical Production,” DGU 10185, registered on February 9, 2021.
11. M.N. Tsukanov, R.B. Hojieva, E.N. Tsukanova. Electronic textbook “Chemical Technology of Deep Oil and Gas Processing,” DGU 11693, registered on June 30, 2021.
12. R.B. Hojieva, G.B. Zaripov. Electronic textbook “Chemical Technology of Deep Oil and Gas Processing,” DGU 11735, registered on May 21, 2021.
13. R.R. Hayitov, J.A. Safarov, Z.S. Salimova. Electronic textbook “Additional Resources in Oil and Gas Processing and Their Preparation Technology,” DGU 10419, registered on February 8, 2021.
14. K.Sh. Khotamov, J.A. Safarov, L.R. Haydarov, A.H. Temirov. Electronic textbook “Technology of Oil and Gas Condensate Processing,” DGU 11219, registered on May 31, 2021.
15. R.B. Hojieva, G.R. Bozorov. Electronic textbook “Technology of Special Liquids and Motor Fuels,” No. DGU 07605, registered on January 24, 2020.

MONOGRAPHS

1. O.S. Kornilov, Sh.Zh. Imomov, Zh.A. Majitov, L.I. Tilloev, D.G. Hamidov. Monograph “Small Biogas Plants Intended for Households and Farms.” ISBN 978-9943-7228-6-6, Bukhara, 2021, Durdona Publishing House, p.150.
2. R.R. Hayitov, L.N. Oripova. Monograph “Activated Carbon from Organic Raw Materials for Gas Processing Plants.” ISBN 978-9943-7287-5-2, Bukhara, 2021, Durdona Publishing House, p.230.
3. O.B. Akhmedova. Monograph “Development of Technology for Producing Polymethacrylate-Based Depressor-Dispersant Additives for Fuels and Lubricants.” ISBN 978-9943-7230-4-7, Bukhara, 2020, Durdona Publishing House, p.120.
4. Sh.O. Toshev, G.R. Bazarov, S.A. Abdurakhimov, B.Z. Adizov. “Production of Effective Drilling Fluids Based on the Use of Drilling Clays.” ISBN 978-9943-6571-9-9, Bukhara, 2020, Durdona Publishing House, p.140.
5. M.J. Makhmudov, U.K. Akhmedov. “Automotive Gasolines and Ways to Improve Their Phase and Detonation Stability.” ISBN 978-9943-602-87-8, Tashkent, 2020, Navruz Publishing House, p.134.

  1. 1. Bazarov G., Ikromov Sh. «Effective options of oil refining to increase the output of distillate» Journal The Scientific Heritage. Budapest, Hungary. Vol. 1, No. 68 (68) (2021).
    2. Tilloev L., Dustov Kh., Alimov A., Bobokulov F., Ruziev F. USA «Research on the content of waste (yellow oil) of the Shurtan Gas Chemical Complex in Uzbekistan» IOP Publishing, Journal of Physics, May 18, 2021. pp. 1–8.
    3. Lochin Tilloev, Khamro Dustov., USA «Fractional composition of the waste yellow oil» IOP Conference Series: Earth and Environmental Science, Volume 839, Issue 4 (September 2021). pp. 1–5.
    4. Xo’jjiyev M.Ya., Xolmuxamedov M.M., Jamolov A.K., Savriyeva I.B., Olimov S.A. France «Technology of using e-learning modeling programs in teaching special subjects in professional education» Psychology and Education, January 2021, Volume 58(1). pp. 5403–5411.
    5. Murodov M.N., Hojiyeva R.B. «X-ray and electron microscopic (SEM) studies of natural mineral sorbents» India, EPRA International Journal of Economic Growth and Environmental Issues, Volume 9, Issue 7, July 2021. pp. 1–4.
    6. Khamidov J.A., Alimov A.A., Yarlakabov U.M., Khujjiev M.Y., Muminova M.S. «The advantages of the methodology of preparing students for innovative activity on the basis of visual teaching of special disciplines» Journal of Critical Reviews, Vol. 7, Issue 14, May 23, 2020. pp. 1244–1251.
    7. Yarlakabov U.M., Khujjiev M.Y., Muminova M.S. «Opportunities and results of increasing the effectiveness of multimedia teaching in higher education» Journal of Critical Reviews, Vol. 7, Issue 14, 2020. pp. 89–93.
    8. Makhmudov M.J., Axmedov U.K. «Modern methods of reducing the content of aromatic hydrocarbons in gasoline» Austrian Journal of Technical and Natural Sciences, Issue 5–6, 2020. pp. 49–53.
    9. Makhmudov M.J., Adizov B.Z., Temirov A.H., Saloydinov A.A. «Modification of low-octane gasoline for improvement of its environmental and operational characteristics» India, EPRA International Journal of Advanced Research in Science, Engineering and Technology, Vol. 7, Issue 6, June 2020. pp. 14063–14071.
    10. Khodzhiev M.Y., Tsukanov M.N. «Analysis of the development of technology for production of secondary products from pyrolysis distillate» India, EPRA International Journal of Multidisciplinary Research (IJMR) – Peer Reviewed Journal, Volume 6, Issue 3, March 2020. pp. 246–252.
    11. Khojiyeva R.B. «Methods for cleaning TP-30 turbine oil from unwanted components» India, EPRA International Journal of Multidisciplinary Research (IJMR), Volume 5, Issue 4, April 2020. pp. 132–135.
    12. Barakaev N., Mirzaev O., Toirov B., Alimov A. «Justification of the parameters of parts of a walnut cracking machine» Journal of Physics: Conference Series; Bristol, Volume 1889, Issue 2 (April 2021).
    13. Lochin Tilloev; Dustov Khamro; Alimov Azam; Bobokulov Farkhod; Ruziev Furkat. «Research on the content of waste (yellow oil) of the Shurtan Gas Chemical Complex in Uzbekistan» Journal of Physics: Conference Series; Bristol, Volume 1889, Issue 2 (April 2021).
    14. Tilloev Lochin; Dustov Khamro. «Fractional composition of the waste yellow oil» IOP Conference Series: Earth and Environmental Science, Volume 839, Issue 4 (September 2021).
    15. F.I. Murtazoev, M.J. Makhmudov, T.Kh. Naubeev. Determination of the benzene-containing fraction of automotive gasoline by chromatographic–mass spectrometric method. Universum: Chemistry and Biology, Scientific Journal, Moscow, November 2021, No. 11 (92).

Fundamental Research Projects Implemented in 2018–2022

  1. 1. International project AIF 2/20 – “Improving the Quality of Training Qualified Engineering Personnel in Technical Fields and Enhancing Teachers’ Professional Development Based on Person-Oriented Innovative Technologies” (2019–2021), funded by the World Bank, worth 80,000 US dollars. Project leader: A.A. Alimov; participants: O.B. Akhmedova and Z. Karshiev.
    2. Research on the process of obtaining fuel distillates from worn-out automobile tires.
    3. Utilization of yellow oil generated during the production of pyrogas as a secondary product.
    4. Development of technology for recycling used motor oils to obtain fuel distillates.