2. Tilloev, L. I., Usmonov, H. R. U., & Khamidov, D. G. (2020). TECHNICAL
CLASSIFICATION OF WASTE IN GAS CHEMICAL COMPLEXES. Universum:
Engineering Sciences, (5-2 (74)).
3. Tilloev, L. I., Kosimov, E. K. U., & Murodov, M. N. (2020). SEPARATION
OF YELLOW OIL AND DETERMINATION
OF PHYSICAL INDICATORS OF
THE OIL PART OBTAINED FROM IT. Universum: technical sciences, (1 (70)).
4. Tilloev Lochin Ismatilloevich, Usmonov Khurshidzhon Rashid Ugli, and
Khamidov Dilshodjon Ganievich. "Technical classification of wastes in gas chemical
complexes" Universum: technical sciences, no. 5-2 (74), 2020, pp. 74-78.
5. Tilloev, L. I. (2017). Technology for producing oil of the AMT-300T type.
Scientific aspect, (4-1), 139-141.
6. Tilloev Lochin Ismatilloevich, Usmonov Khurshijon Rashid Ugli,
Hamidov
Dilshojon Ganievich Technical classification of wastes in gas chemical complexes //
Universum:
technical
sciences.
2020.
No.
5-2
(74).
URL:
https://cyberleninka.ru/article/n/tehnicheskaya-klassifikatsiya-othodov-v-gazovyh-
himicheskih-kompleksah (date accessed: 19.12.2020).
7.Khamidov, D.G., & Bazarov, G.R. (2017). Physical and chemical foundations
of the process of dewaxing of petroleum products. Science and education issues, (3
(4)).
8.
Tilloev
LI
et
al.
SEPARATION
OF
YELLOW
OIL
AND
DETERMINATION OF PHYSICAL INDICATORS OF THE OIL PART
OBTAINED FROM IT // Universum: technical sciences. - 2020. - No. 1. - S. 79-81.
9.
Tilloev
LI
et
al.
SEPARATION
OF
YELLOW
OIL
AND
DETERMINATION OF PHYSICAL INDICATORS OF THE OIL PART
OBTAINED FROM IT // Universum: technical sciences. - 2020. - No. 1. - S. 79-81.
10. Fozilov, S.F., Ochilov, U., Khozhieva, R.B., &
Nurillaeva, Z.V. (2016).
Adsorption cleaning of petroleum oils. Young Scientist, (5), 95-97.
11. Khozhieva, R.B., & Teshaeva, A.I. (2017). Analysis of petroleum products
in a C1-C3 chromatograph. Science
and education issues, (3 (4)).
12. {{article | author = Tilloev Lochin Ismatilloevich, Usmonov Khurshidjon
Rashid Ugli, Hamidov Dilshojon Ganievich | title = Technical classification of wastes
in gas chemical complexes | edition = Universum: technical auks | year = 2020 | link
= https: // cyberleninka. ru / article / n / tehnicheskaya-klassifikatsiya-othodov-v-
gazovyh-himicheskih-kompleksah | number = 5-2 (74)}}
13.Toshev, Sh.O., Nurullaeva, Z.V., & Khozhieva, R.B. (2016). The content of
chemical compounds and the dispersed composition of bentonites and palygorskite of
the Navbakhor deposit. Science
and Education Today, (2 (3)).
"Science and Education" Scientific Journal
December 2020 / Volume 1 Issue 9
www.openscience.uz
176
14. Tilloev Lochin Ismatilloevich, Usmonov Khurshidzhon Rashid Ugli, &
Hamidov Dilshojon Ganievich (2020). Technical classification of wastes in gas
chemical complexes. Universum: Engineering Sciences, (5-2 (74)), 74-78.
15. Tilloev, Lochin Ismatilloevich, and Malikzhon Negmurodovich Murodov.
"SEPARATION OF YELLOW OIL AND
DETERMINATION OF PHYSICAL
INDICATORS OF THE OIL PART OBTAINED FROM IT." Universum:
Engineering Sciences 1 (2020): 79-81.
16. Mukhiddinov, J. J. U., & Tilloev, L. I. (2017). Existing catalysts and
processes for the neutralization of nitrogen and carbon oxides. Science and education
issues, (11 (12)).
17. Tilloev, L.I., Durdiev, J.J.U., & Davronov, F.F.U. (2017). Catalysts for the
process of hydrotreating petroleum fractions. Science and education issues, (6 (7)).
18.Tilloev, L.I., Durdiev, J. Zh.U., & Khamidov, F.F.U. (2017). Production of
catalysts for hydrogenation processes. Science and education issues, (6 (7)).
19.Kodirov, J.J. U., & Tilloev, L.I. (2017). Testing of catalysts in the process of
hydrotreating of straight-run diesel and gas oil distillate. Science and education
issues, (11 (12)).
20. Otaboev, A. Kh. U., & Tilloev, L. I. (2017). Influence of the type of carriers
on the activity of the catalyst. Science and education issues, (11 (12)).
21. Tilloev, L. I., & Akhrorov, A. A. (2019). INFLUENCE OF CHANGES IN
THE MAIN FACTORS ON THE CONDITIONS OF THE REFORMING PROCESS
IN THE BNPZ. Theory and Practice of Modern Science, (3), 290-291.
22. Komilov, M.Z., & Tilloev, L.I. (2018). The
efficiency of the catalytic
reforming process. Scientific Aspect, 7 (4), 877-879.
23.Salimov, I.R.,
Murodova, Yu.M.K., Murodov, M.N., Tilloev, L.I., &
Khayitov, R.R. (2020). DETERMINATION OF THE OPTIMAL MODE OF
OBTAINING ACTIVATED CARBON FROM FRUIT PITS SHELL FOR
PURIFICATION OF ALKANOLAMINES. Universum: Engineering Sciences, (7-2
(76)).
24. Murodova, Yu.M. K., Murodov, M.N.,
Sattorov, M.O., & Tilloev, L.I.
(2020). RESEARCH OF INDICATORS AND PROPERTIES OF DIESEL FUELS
AFFECTING SUPPLY AND MIXTURE FORMATION. Questions of science and
education, (23 (107)).
25. Murodova, Yu.M.K., Murodov, M.N., Tilloev, L.I., & Sattorov, M.O.
(2020). STUDYING METHODS FOR PRODUCING METHANOL FOR
PRODUCING HIGH-OCTANE GASOLINES. Questions of science and education,
(23 (107)).
"Science and Education" Scientific Journal
December 2020 / Volume 1 Issue 9
www.openscience.uz
177