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Home / Journals / Problems of risk management in the technosphere / Volume 2025 Issue 4 / THE SECOND PHASE DEVELOPMENT OF EXPERIMENTAL METHODS FOR DETERMINING FLASH POINT. PART 2
THE SECOND PHASE DEVELOPMENT OF EXPERIMENTAL METHODS FOR DETERMINING FLASH POINT. PART 2
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THE SECOND PHASE DEVELOPMENT OF EXPERIMENTAL METHODS FOR DETERMINING FLASH POINT. PART 2
Alexeev Sergey 1
Authors:
1.  Scientific and engineering center «Reliability and safety of large systems and machines» of Ural branch of Russian academy of sciences (senior researcher)

Russian Federation
Type:
Article
DOI:
https://doi.org/10.61260/1998-8990-2025-4-89-103
Pages:
from 89 to 103
Status:
Published
Received:
05.08.2025
Accepted:
10.09.2025
Published:
24.12.2025
Subject area:
UDC 614.841.412
Language:
Russian
Keywords:
flash point, fire point, device, apparatus, tester, naphtometer
Abstract and keywords
Abstract (English):
Open testers of Alsace-Lorraine, LTRA (Russian Tester VNIIPO), Tag, microtester of McCutchan-Young, semi-automatic and automatic devices of McBurney, Wight, Goreltsev and Lifshits, Rudoi and Peschenko, Belarusian State University, Standard Oil company appear at the 2nd stage of evolution of development of the method determination for flash and fire points. Express analysis for oil products with flash point below 20 °C was developed by the Moscow plant «Neftegaz». The drip method using a block to determine the melting temperature is created by Gilmore. The technique to reduce the time of testing for flash point is proposed by Sharapov and Fomina. The idea of combining the principles of open and semi-closed types of testers is implemented in the Goreltsev–Lifshits’s device. An example of the transformation of the closed device of the Pensky-Martens into the open-type tester using a special nozzle is given.

Keywords:
flash point, fire point, device, apparatus, tester, naphtometer
Text
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References

1. Alexeev S.G., Smirnov V.V., Barbin N.M. First naphthometers to determine the flash point of liquids: I. Open cup devices // Russian Journal of General Chemistry. 2021. Vol. 91. № 3. P. 495–507. DOI:https://doi.org/10.1134/S107036322103018X.

2. Ferraud J. Principes et Pratique des Essais Physiques et Chimiques Effectués sur les Produits Pétrolifère. Paris & Liège: Librarie Polytechnique Ch. Béranger, 1937. P. 127–142.

3. Papok K.K., Ragozin N.A. Slovar' po toplivam, maslam, smazkam, prisadkam i special'nym zhidkostyam (himmotologicheskij slovar'). M.: Himiya, 1975. S. 211–212.

4. Akuchurin A.K. Posobie po goryuche-smazochnym materialam dlya Krasnoj armii. Tashkent: Gos. izd-vo UzSSR, 1942. 190 s.

5. Rukovodstvo k prakticheskim zanyatiyam po obshchej himicheskoj tekhnologii / B.A. Kopylev [i dr.]. L.: GHI, 1957. S. 262.

6. White W. The Practice of Flash Point Determination: a Laboratory Resource / by ed. R.G. Montemayor. West Conshohocken: ASTM, 2013. 91 p.

7. GOST 4333–48. Masla i temnye nefteprodukty. Metod opredeleniya temperatur vspyshki i vosplameneniya v otkrytom tigle // Nefteprodukty. Metody ispytanij. M.: Izd-vo standartov, 1987. Ch. 1. S. 19–24.

8. GOST 12.1.044–84. Pozharovzryvoopasnost' veshchestv i materialov. Nomenklatura pokazatelej i metody ih opredeleniya. M.: Izd-vo standartov, 1989. 139 s.

9. GOST 12.1.044–89. Pozharovzryvoopasnost' veshchestv i materialov. Nomenklatura pokazatelej i metody ih opredeleniya. M.: Standartinform, 2006. 100 s.

10. Means for testing oil: pat. US 1583600 / McBurney J.W.; appl. 29.08.1922; patented 04.05.1926.

11. Ustrojstvo dlya izmereniya temperatury vspyshki nefteproduktov: A.S. 520519 SSSR, MPK G 01K 7/02, G 01N 25/00 SSSR / Ignatov L.F. [i dr.]; zayavl. 20.02.1974; opubl. 14.08.1976.

12. Ustrojstvo dlya izmereniya temperatury vspyshki nefteproduktov: A.S. 777374 SSSR, MPK 3G01K7/02 / Akimov N.I. [i dr.]; zayavl. 12.07.1978; opubl. 07.11.1980 B.I. 1980. № 41.

13. Ustrojstvo dlya izmereniya temperatury vspyshki nefteproduktov: A.S. 777476 SSSR, MPK G01N25/00 / Rudoj I.N., Peshchenko A.D.; zayavl. 30.06.1978; opubl. 07.11.1980 B.I. 1980. № 41.

14. Ustrojstvo dlya izmereniya temperatury vspyshki nefteproduktov: A.S. 1004779 SSSR, MPK 3G01K7/02 / Rudoj I.N., Peshchenko A.D.; zayavl. 23.04.1979; opubl. 15.03.1983. B.I. 1983. № 33.

15. Ustrojstvo dlya izmereniya temperatury vspyshki nefteproduktov: A.S. 1040393 SSSR, MPK 4G01N25/52 / Rudoj I.N. [i dr.]; zayavl. 19.03.1979; opubl. 07.09.1983. B.I. 1983. № 33.

16. Ustrojstvo dlya izmereniya temperatury vspyshki nefteproduktov: A.S. 1004778 SSSR, MPK 3G01K7/02 / Rudoj I.N., Peshchenko A.D.; zayavl. 22.06.1978; opubl. 15.03.1983. B.I. 1983. № 10.

17. Ustrojstvo dlya opredeleniya temperatury vspyshki v otkrytom tigle: A.S. 1425470 SSSR, MPK 4G01K7/02; zayavl. 30.03.1987; opubl. 23.09.1988. B.I. 1988. № 35.

18. Ustrojstvo dlya izmereniya temperatury vspyshki: A.S. 1177686 A SSSR, MPK 4G01K7/52 / Rudoj I.N., Peshchenko A.D.; zayavl. 05.01.1984; opubl. 07.09.1985. B.I. 1985. № 33.

19. Ustrojstvo dlya izmereniya temperatury vspyshki nefteproduktov: A.S. 652448 SSSR, MPK 2G01K7/02 / Peshchenko A.D. [i dr.], G01N25/00; zayavl. 18.07.1977; opubl. 15.03.1979. B.I. 1979. № 10.

20. Oil flash tester Pat. 2201708 USA Cl. 73-50 / Wight F.H., Bendixen H.H., Williams W.W.; appl. 09.05.1938; patented 21.05.1940.

21. Rybak B.M. Analiz nefti i nefteproduktov. M.: Gostoptekhtzdat, 1962. S. 126–138.

22. 1955 Book of ASTM Standards Including Tentatives (A Triennial Publication). Part 5. Fuels, Petroleum, Aromatic Hydrocarbons, Engine Antifreezes. Philadelphia: ASTM, 1955. P. 713–717.

23. ASTM D1310-14(21). Standard test method for flash point and fire point of liquids by Tag open-cup apparatus. West Conshohocken: ASTM, 2021. 8 p.

24. ASTM D3143/D3143M-19. Standard test method for flash point of cutback asphalt with Tag open-cup apparatus. West Conshohocken: ASTM International, 2019. 5 p.

25. Approved for Publication by the AASHTO Highway Subcommittee on Materials. Washington: AASHTO, 2013. P. T79-1–T79-6.

26. MTC E 312-2000. Punto de inflamacion mediante la cope abierta Tag. URL: https://www.academia.edu/7117712/MANUAL_DE_ENSAYO_DE_MATERIALES_EM_2000 (data obrashcheniya: 15.04.2025).

27. El Método 8.302.10 (LNV 60). Asfaltos: metodo para eterminer el punto de inflamacion mediante la copa abierta Tag // Manual de Carreteras. Volumen Nº 8 Especificaciones y Metodos de Muestreo, Ensaye y Control. Santiago: Direccion de Vialidad, 2003. 8.302.10 (5 p.).

28. MTC E 312. Punto de inflamacion mediante la copa abierta Tag // Manual de Ensayo de Materiales. Lima: MTC, 2016. P. 462–467.

29. Manual on Flash Point Standards and Their Use: Methods and Regulations / by ed. H.A. Wray. Philadelphia: ASTM, 1992. 175 p.

30. IS 144–66 (1969). Methods of test for petroleum and its products, Part 66: Flash Point (open) and fire point by Pensky-Martens apparatus (PCD 1: Methods of Measurement and Test for Petroleum, Petroleum Products and Lubricants). New Delhi: BIS, 1970. 6 p.

31. IS 1209–1978. Methods for testing tar and bituminous materials: Determination of flash point and fire point // Indian Standard Methods for Testing Tar and Bituminous Materials. New Delhi: BIS, 2007. P. 75–86.

32. BS 2000: Part 35:1993. Methods of Test for Petroleum and its Products. Part 35. Determination of Open Flash and Fire Point – Pensky-Martens Method (Identical with IP 35/63(86). London: BSI, 1993. 3 P.

33. McCutchan P., Young D.A. Microdetermination of flash point on petroleum products // Analytical Chemistry. 1952. Vol. 24. № 12. P. 1974–1976. DOI:https://doi.org/10.1021/ac60072a028.

34. Evolyuciya idej ognennyh testov kachestva kerosina / S.G. Alekseev [i dr.] // Bezopasnost' truda v promyshlennosti. 2020. № 9. S. 30–35. DOI:https://doi.org/10.24000/0409-2961-2020-9-30-35.

35. Evolyuciya metoda opredeleniya temperatur vspyshki i vosplameneniya v otkrytom pribore Klivlenda / S.G. Alekseev [i dr.] // Rossijskij himicheskij zhurnal. 2025. T. 69. № 2. S. 129–155. DOI:https://doi.org/10.6060/rcj.2025692.15.

36. Micro open-cup flash tester: pat. 2939313 USA, Cl. 73-36 / Cropper W.P., De Boer F.E.; appl. 07.10.1957; patented 07.06.1960.

37. Sposob opredeleniya temperatury vspyshki v otkrytom tigle: A.S. 148269 SSSR, MPK Kl. 42 l, 8 / Sharapov V.I., Fomina A.M.; zayavl. 12.08.1961; opubl. 06.04.1962. B.I. 1962. № 12.

38. Ustrojstvo dlya opredeleniya temperatury vspyshki zhidkostej: A.S. 625153 SSSR, MPK G01N25/50 / Gorel'cev M.L., Lifshic L.M.; zayavl. 09.08.1976; opubl. 25.08.1978. B.I. 1978. № 35.

39. Nefteprodukty. Metody ispytanij. M.: Izd-vo standartov, 1977. Ch. 2. S. 403–407.

40. Sposob opredeleniya temperatury vspyshki nefteprodukta v otkrytom tigle: A.S. 1179190 SSSR, MPK 4G01N25/52 / Rudoj I.N., Peshchenko A.D.; zayavl. 23.12.1983; opubl. 15.09.1985. B.I. 1985. № 34.

41. Yiin K.-C. Development of small scale liquid ignition test: dis. … doctor of philosophy. University of Oklahoma, 1979. 181 p.

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