OPERATIONAL CONTROL OF THE TECHNICAL CONDITION OF HIGH-PRESSURE AUTOMOBILE CYLINDERS DURING REFUELING AT CNG STATIONS

Isanberdin I.; Negovora Andrey; Kozeev A.

doi:doi:10.58168/DPIITT2024_217-220

Home / Conferences / DEVELOPMENT PROSPECTS, INNOVATIONS AND INFORMATION TECHNOLOGIES IN TRANSPORT / Materials of the International Youth Scientific and Practical Conference «DEVELOPMENT PROSPECTS, INNOVATIONS AND INFORMATION TECHNOLOGIES IN TRANSPORT»

OPERATIONAL CONTROL OF THE TECHNICAL CONDITION OF HIGH-PRESSURE AUTOMOBILE CYLINDERS DURING REFUELING AT CNG STATIONS

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OPERATIONAL CONTROL OF THE TECHNICAL CONDITION OF HIGH-PRESSURE AUTOMOBILE CYLINDERS DURING REFUELING AT CNG STATIONS

Section: SECTION 8. MODERN NON-DESTRUCTIVE METHODS FOR DIAGNOSING UNITS AND SYSTEMS OF CARS

Proceedings: MATERIALS OF THE INTERNATIONAL YOUTH SCIENTIFIC AND PRACTICAL CONFERENCE «DEVELOPMENT PROSPECTS, INNOVATIONS AND INFORMATION TECHNOLOGIES IN TRANSPORT»

UDK 629.3.08 Базовое оборудование, установки для технического обслуживания и ремонта транспортных средств

Isanberdin I. ¹

Negovora Andrey ²

Kozeev A. ³

Author and publication information

Authors:

1. Bashkir State Agrarian University
Russian Federation

2. Bashkir State Agrarian University
Russian Federation

3. Bashkir State Agrarian University
Russian Federation

Type:

Сonference article

DOI:

https://doi.org/10.58168/DPIITT2024_217-220

Published:

10.12.2024

Subject area:

UDK 629.3.08 Базовое оборудование, установки для технического обслуживания и ремонта транспортных средств

Language:

Russian

Keywords:

gas engine fuel, gas cylinder equipment, high pressure cylinder valve, solenoid, solenoid plug, valve core

Abstract and keywords

Abstract (English):
This article discusses the main malfunctions of the gas cylinder equipment vehicles running on compressed natural gas.

Keywords:
gas engine fuel, gas cylinder equipment, high pressure cylinder valve, solenoid, solenoid plug, valve core

References

1. Vasenin A. S., Shumkov A. G. Analiz metodik diagnostiki toplivnoy sistemy dvigatelya KamAZ 820.61–260 // Molodoy uchenyy. 2016. № 15 (119). S. 163–166.

2. Aleksandrova A.A., Markova V.A. Al'ternativnye topliva dlya dvigateley vnutrennego sgoraniya. – M.: OOO NIC «Inzhener», OOO «Oniko», 2012.

3. GOST R 51753–2001. Ballony vysokogo davleniya dlya szhatogo prirodnogo gaza, ispol'zuemogo v kachestve motornogo topliva na avtomobil'nyh transportnyh sredstvah. Obschie tehnicheskie usloviya. URL: http://docs.cntd.ru/document/1200012999 (data obrascheniya: 04.08.2024).

4. RD 03112194-1095–03. Rukovodstvo po organizacii ekspluatacii gazoballonnyh avtomobiley, rabotayuschih na komprimirovannom prirodnom gaze. URL: http://docs.cntd.ru/document/1200034846 (data obrascheniya: 05.08.2024).

5. Vasenin A. S., Shumkov A. G. Obzor neispravnostey, voznikayuschih pri ekspluatacii dvigatelya vnutrennego sgoraniya, ispol'zuyuschego v kachestve topliva komprimirovannyy prirodnyy gaz // Molodoy uchenyy. № 27 (131). Dekabr' 2016.

6. Negovora A. V., Basharov T. R., Isanberdin I. R. Metodika proverki elektromagnitnoy gazovoy forsunki // Materialy 74-y nauchno-tehnicheskoy konferencii studentov, aspirantov i molodyh uchenyh UGNTU. Ufa, 2023. S. 237.

7. Gabitov I. I., Saifullin R. N., Farhshatov M. N. et al. Hardening of electrohydraulic injectors valve units of diesels at repair // Journal of Engineering and Applied Sciences. 2018. T. 13. № S8. S. 6478–6486.

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