Chemical Analysis on Mongolia’s Natural Bitumen
Affiliation(s)
School of Material Science of the Mongolian University of Science and Technology, Ulaanbaatar, Mongolia. Institute of Chemistry and Chemical Technology, Mongolian Academy of Science, Ulaanbaatar, Mongolia.
School of Material Science of the Mongolian University of Science and Technology, Ulaanbaatar, Mongolia. Institute of Chemistry and Chemical Technology, Mongolian Academy of Science, Ulaanbaatar, Mongolia.
ABSTRACT
To extract pure bitumen, the bitumen from Bayan-Erkhet, Zuunbayan and Ukhaa was prepared into small particles of 0.2 - 0.5 cm and then it was infused with chloroform in the Soxhlet apparatus [1] [2]. The physical-mechanical properties were identified after the solvent was extracted from the chloroform infused bitumen through the vacuum evaporation method. The characteristics of the debris without bitumen or the remains after the infusion were examined in details. The hydrocarbon content of the bitumen was identified with the device: Agilent 7890-5975c Gas chromatography mass spectrometer.
Cite this paper
Bat-Erdene, E. , Byambagar, B. , Enkhtsetseg, E. and Avid, B. (2014) Chemical Analysis on Mongolia’s Natural Bitumen. Advances in Chemical Engineering and Science, 4, 184-188. doi: 10.4236/aces.2014.42021.
Bat-Erdene, E. , Byambagar, B. , Enkhtsetseg, E. and Avid, B. (2014) Chemical Analysis on Mongolia’s Natural Bitumen. Advances in Chemical Engineering and Science, 4, 184-188. doi: 10.4236/aces.2014.42021.
References
[1] Mongolian National Standard (2007) Road Sector Standards Compilation. Part 3. Organic Adhesive Asphalt. Official Media. Standards and Metrology Center-UB, 54-72. [2] Abryutina, N.N., Abushaeva, V.V. and Arefev, O.A. (1984) Modern Methods of Investigation of Oil. L., Nedra, 105-106. [3] Munkhtogoo, L. and Baatar, L. (1991) Дорноговь, Тθв, Дундговь аймгуудын нутаг дэвсгэрт хийсэн авто зам, барилгын материалын тYYхий эдийн эрлийн ажлын Yр дYнгийн тайлан. UB. [4] Munkhtogoo, L., Stone, B. and Dashdondov, J. (1986) Bayan-Erkhet Deposits of Asphalt Survey Report Conducted. UB. [5] Khongor, О. and Usukhbayar, L. (1985) О результатах поисковых и разведочных работ, проведенных на месторождений закированных песчаников Дзун-баян, Восточно-Гобийского аймака за 1984 год (с подсчетом эксплуатационных запасов по состоянию на I. 0I. 1985). УБ. [6] Arivjikh, T., Ochirbat, S., Dashzeveg, D. and Lkhagvajav, Ch. (2005) Road-Building Materials Science. UB, 331-397. [7] Abryutina, N.N., Abushaeva, V.V. and Arefev, O.A. (1984) Modern Methods of Investigation of oil. L., Nedra, 105-106. [8] Terentev, P.B. (1979) Mass spectrometry of Organic Chemistry. M, 223. [9] Bat-Erdene, E., Tuya, M. and Khulan, B. (2009) Getting a Synthetic Crude Oil from Tar Sand Deposits of Bayan-Erkhet (Mongolia). Chemistry of Oil and Gas Conference Materials. Tomsk, 2009. (The 7th International Conference), 749-753. [10] Bat-Erdene, E., Byambagar, B., Narantsetseg, M., Enkhtsetseg, E. and Avid, B. (2013) Results from Ukhaa Bitumen Sand Minefield. ICCST-2013, The 4th International Conference on Creative Science and Technology, Darkhan, 4-5 October 2013, 415-417. [11] Patel, S. (2007) Canadian Tar Sands-Favorable Opportunities, Technologies and Problems. Hydrocarbon Processing, 87-93 [12] Gun, P.B. (1973) Petroleum Bitumen M. Chemistry, 6-71. [13] Yoshida, R., Yoshida, T., et al. (1983) Comparison of the Chemical Structure of Coal Hydrogenation Products, Athabasca Tar Sand Bitumen and Green River Oil Shale. Fuel Processing Technology, 7, 161-171.
http://dx.doi.org/10.1016/0378-3820(83)90034-6
[1] Mongolian National Standard (2007) Road Sector Standards Compilation. Part 3. Organic Adhesive Asphalt. Official Media. Standards and Metrology Center-UB, 54-72. [2] Abryutina, N.N., Abushaeva, V.V. and Arefev, O.A. (1984) Modern Methods of Investigation of Oil. L., Nedra, 105-106. [3] Munkhtogoo, L. and Baatar, L. (1991) Дорноговь, Тθв, Дундговь аймгуудын нутаг дэвсгэрт хийсэн авто зам, барилгын материалын тYYхий эдийн эрлийн ажлын Yр дYнгийн тайлан. UB. [4] Munkhtogoo, L., Stone, B. and Dashdondov, J. (1986) Bayan-Erkhet Deposits of Asphalt Survey Report Conducted. UB. [5] Khongor, О. and Usukhbayar, L. (1985) О результатах поисковых и разведочных работ, проведенных на месторождений закированных песчаников Дзун-баян, Восточно-Гобийского аймака за 1984 год (с подсчетом эксплуатационных запасов по состоянию на I. 0I. 1985). УБ. [6] Arivjikh, T., Ochirbat, S., Dashzeveg, D. and Lkhagvajav, Ch. (2005) Road-Building Materials Science. UB, 331-397. [7] Abryutina, N.N., Abushaeva, V.V. and Arefev, O.A. (1984) Modern Methods of Investigation of oil. L., Nedra, 105-106. [8] Terentev, P.B. (1979) Mass spectrometry of Organic Chemistry. M, 223. [9] Bat-Erdene, E., Tuya, M. and Khulan, B. (2009) Getting a Synthetic Crude Oil from Tar Sand Deposits of Bayan-Erkhet (Mongolia). Chemistry of Oil and Gas Conference Materials. Tomsk, 2009. (The 7th International Conference), 749-753. [10] Bat-Erdene, E., Byambagar, B., Narantsetseg, M., Enkhtsetseg, E. and Avid, B. (2013) Results from Ukhaa Bitumen Sand Minefield. ICCST-2013, The 4th International Conference on Creative Science and Technology, Darkhan, 4-5 October 2013, 415-417. [11] Patel, S. (2007) Canadian Tar Sands-Favorable Opportunities, Technologies and Problems. Hydrocarbon Processing, 87-93 [12] Gun, P.B. (1973) Petroleum Bitumen M. Chemistry, 6-71. [13] Yoshida, R., Yoshida, T., et al. (1983) Comparison of the Chemical Structure of Coal Hydrogenation Products, Athabasca Tar Sand Bitumen and Green River Oil Shale. Fuel Processing Technology, 7, 161-171.
http://dx.doi.org/10.1016/0378-3820(83)90034-6