Blockchain supply chain management model for oil and gas industry

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Bratskikh, D. (2023). Blockchain supply chain management model for oil and gas industry. [Master's Thesis, Montanuniversitaet Leoben (000)].

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@mastersthesis{0455080e3e364363a2eae25c97981619,
title = "Blockchain supply chain management model for oil and gas industry",
abstract = "As part of the graduation thesis, a supply chain management model for the oil and gas industry was developed using blockchain technology {"}Global Sustainable O&G BCSCM{"} model. The study involved an analysis of existing blockchain methods, identification and description of prospective integration models in the oil and gas sector. Factors influencing the economic impact of blockchain technology implementation were investigated, and a new supply chain management model was proposed, with the development of the model's software code using Python programming language. An essential aspect of this work was the simulation of the developed model using real supply chain data. The obtained results allow for the assessment of blockchain technology implementation effectiveness and the verification of the developed management model's functionality. This research holds practical significance as it offers an innovative platform for decentralized and transparent transactions in the oil and gas industry, addressing issues related to document management, product parameter tracking, transportation conditions, and contributing to the improvement of emissions trading systems.",
keywords = "blockchain, supply chain, supply chain management oil and gas industry, simulation of supply chain, blockchain supply chain management, oil and gas supply chain management, Blockchain, Lieferkette, Lieferkettenmanagement {\"O}l- und Gasindustrie, Simulation der Lieferkette, Blockchain-Lieferkettenmanagement, {\"O}l- und Gas-Lieferkettenmanagement",
author = "Dmitry Bratskikh",
note = "no embargo",
year = "2023",
language = "English",
school = "Montanuniversitaet Leoben (000)",

}

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TY - THES

T1 - Blockchain supply chain management model for oil and gas industry

AU - Bratskikh, Dmitry

N1 - no embargo

PY - 2023

Y1 - 2023

N2 - As part of the graduation thesis, a supply chain management model for the oil and gas industry was developed using blockchain technology "Global Sustainable O&G BCSCM" model. The study involved an analysis of existing blockchain methods, identification and description of prospective integration models in the oil and gas sector. Factors influencing the economic impact of blockchain technology implementation were investigated, and a new supply chain management model was proposed, with the development of the model's software code using Python programming language. An essential aspect of this work was the simulation of the developed model using real supply chain data. The obtained results allow for the assessment of blockchain technology implementation effectiveness and the verification of the developed management model's functionality. This research holds practical significance as it offers an innovative platform for decentralized and transparent transactions in the oil and gas industry, addressing issues related to document management, product parameter tracking, transportation conditions, and contributing to the improvement of emissions trading systems.

AB - As part of the graduation thesis, a supply chain management model for the oil and gas industry was developed using blockchain technology "Global Sustainable O&G BCSCM" model. The study involved an analysis of existing blockchain methods, identification and description of prospective integration models in the oil and gas sector. Factors influencing the economic impact of blockchain technology implementation were investigated, and a new supply chain management model was proposed, with the development of the model's software code using Python programming language. An essential aspect of this work was the simulation of the developed model using real supply chain data. The obtained results allow for the assessment of blockchain technology implementation effectiveness and the verification of the developed management model's functionality. This research holds practical significance as it offers an innovative platform for decentralized and transparent transactions in the oil and gas industry, addressing issues related to document management, product parameter tracking, transportation conditions, and contributing to the improvement of emissions trading systems.

KW - blockchain

KW - supply chain

KW - supply chain management oil and gas industry

KW - simulation of supply chain

KW - blockchain supply chain management

KW - oil and gas supply chain management

KW - Blockchain

KW - Lieferkette

KW - Lieferkettenmanagement Öl- und Gasindustrie

KW - Simulation der Lieferkette

KW - Blockchain-Lieferkettenmanagement

KW - Öl- und Gas-Lieferkettenmanagement

M3 - Master's Thesis

ER -