Calculation and Experimental Approaches to the Analysis and Provision of the Service Life and Safe Operation Life of Industrial Facilities

Махутов, Н. А.; Ran, Imash; Гаденин, М. М.; Pecherkin, A.S.; Krasnyh, B.A.; Cjsc, Stc «Industrial Safety»; Rostechnadzor,

doi:10.24000/0409-2961-2020-1-7-15

Cited by 8 publications

(1 citation statement)

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“…Set of equations ( 3) -( 12) consists of the main dependencies required for the computational and experimental analysis and the determination of the key parameters of safety, risks, and security of operated and designed facilities of the gas transportation systems [18,19]. The basis set of requirements for the strength, resource, and safety of tanks and pipelines should include the consistent application of these ratios with given structural, technological, and operational parameters.…”

Section: Methodology Of Ensuring Operability Of Hazardous Production Facilitiesmentioning

confidence: 99%

Substantiation of methods of improving safety of pipeline gas transportation

Kurasov

Burkov

2021

E3S Web Conf.

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Ensuring the operational efficiency of hazardous production facilities throughout their entire service life becomes a formidable challenge associated with coordinating thorough monitoring of such facilities, assessing their exposure, mitigation and sustainability, and taking measures to minimize and prevent negative outcomes that can lead to negative consequences, including human fatalities, injuries and economic losses. At the same time, the optimal choice of the ratio between levels of risk and costs of identification, regulation and increase in the resource will ensure both a reduction to a minimum of the risk of failures in gas pipeline systems and increase the efficiency of resource use to maximize technogenic safety. The paper proposes a methodology for the calculation of risk indicators and the probability of emergencies on gas networks and gas distribution facilities during their operation in normal and emergency situations.

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Section: Methodology Of Ensuring Operability Of Hazardous Production Facilitiesmentioning

confidence: 99%

Substantiation of methods of improving safety of pipeline gas transportation

Kurasov

Burkov

2021

E3S Web Conf.

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Experimental and theoretical determination of the load cell polling frequency to protect the crane hoisting mechanism from overloads

Назаров¹,

Иванов²

2023

PROCEEDINGS OF INTERNATIONAL CONFERENCE OF YOUNG SCIENTISTS AND STUDENTS “TOPICAL PROBLEMS OF MECHANICAL ENGINEERING” ToPME 202

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Strength of upstream and downstream chambers, collectors, heat exchange tubes of gas aerial cooler apparatus, and assessment of life extension

Makhmudov

Saveliev

2020

J. Phys.: Conf. Ser.

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The gas aerial cooler apparatus (ACA) were characterized. These ACA serves for cooling the service gas. The analysis of engineering documentation was carried out in order to establish the range of amenable to control parameters of the engineering status, to carry out the recognition of failures (if ever) and damages that could led to a failure. The applied method of acoustic emission (AE) yielded total and direct information on the defect growth (hazard rate) in materials of operational facilities. The AE control might be used as a determinative procedure for the selection of criteria needed for assessing the status of diverse structures as well as for release to continued operation the production facilities (with providing a necessary level of safety during the enterprise operation) because the AE control enables to detect a fault at early stage of its growth. By applying the AE method for elaboration of a control of specific objectives, complicated problems related to generation of elastic waves from growing cracks and their transformation during propagation up to sensors were successively resolved.

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Calculation and Experimental Approaches to the Analysis and Provision of the Service Life and Safe Operation Life of Industrial Facilities

Cited by 8 publications

References 0 publications

Substantiation of methods of improving safety of pipeline gas transportation

Substantiation of methods of improving safety of pipeline gas transportation

Experimental and theoretical determination of the load cell polling frequency to protect the crane hoisting mechanism from overloads

Strength of upstream and downstream chambers, collectors, heat exchange tubes of gas aerial cooler apparatus, and assessment of life extension

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