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You-qi chuyun
Scopus
ISSN 1000-8241 · Editorial Office of Oil & Gas Storage and Transportation · 983 artikel di indeks
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Artikel Jurnal
Optimization of daily dispatching for multimodal transport of refined oil based on an integral solution philosophy
ObjectiveIn recent years, the refined oil market has approached saturation. As a result, oil sales companies have increasingly focused on optimizing multimodal transport logistics. Their goal is to develop a robust system that reduces consignment costs, enhances the timeliness of transport plans…
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Artikel Jurnal
A short-term prediction method for natural gas consumption based on large language models and temporal knowledge enhancement
ObjectiveWith the ongoing intelligent development in China’s natural gas pipeline network, accurate prediction of natural gas consumption has become a key support for optimal dispatching of pipeline network. Current prediction methods are limited by heavy reliance on complex multi-dimensional…
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Artikel Jurnal
Defect detection method for storage tank floors based on SH0 guided waves and frequency-domain SAFT imaging
ObjectiveDuring long-term service, storage tank floors face structural safety risks from corrosion. Traditional detection methods suffer from low efficiency, require tank shutdowns for cleaning, and incur high costs, which fail to satisfy the production requirement for efficient, online, and…
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Artikel Jurnal
Pipeline transportation strategy and key technological breakthroughs for the high-quality development of the hydrogen energy industry under the “dual carbon” goals
ObjectiveUnder the “dual carbon” strategy and the ongoing energy transition, hydrogen energy—a clean, low-carbon secondary energy source—plays a crucial role in achieving deep decarbonization across transportation and industrial sectors. However, the hydrogen industry currently faces major…
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Artikel Jurnal
Current situation, problems and policy suggestions for fair and open operation of China’s natural gas pipeline network
ObjectiveDriven by the “dual carbon” goals, natural gas has become increasingly vital in the energy transition. Ensuring the fair and open operation of the natural gas pipeline network has become the key to advancing market-oriented reforms. Although China has established the basic framework of…
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Artikel Jurnal
Numerical simulation of ammonia refueling process for ammonia-powered vehicles
ObjectiveAmmonia energy, a zero-carbon carrier, is emerging as a key solution for the green transformation of transportation, including vehicles and ships. Developing safe and efficient ammonia refueling technology is essential for large-scale adoption of ammonia-powered vehicles. MethodsAn Aspen…
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Artikel Jurnal
Development trends of key technologies and system optimization of vehicle terminal integrated energy stations
ObjectiveWith the rapid advancement of low-carbon transportation energy and digital transformation, the Vehicle Terminal Integrated Energy Station (VT-IES), a vital hub for green transportation and energy intelligence , is increasingly attracting attention in the academia and industry…
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Artikel Jurnal
Analysis of damage to submarine pipelines caused by anchor dragging under the influence of multiple factors
ObjectiveDuring ship anchoring operations, anchor chain dragging poses a major external threat to submarine pipelines, often leading to bending, buckling, or even rupture failure. While most existing research focuses on anchor-soil interactions or local pipeline damage, there is a lack of…
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Artikel Jurnal
Feasibility of multi-step cavity construction technology and evaluation of cavity stability for horizontal salt cavern gas storage
ObjectiveTo address the extremely low utilization rate of thin salt beds in horizontal salt cavern gas storage in China—caused by brine gravity differentiation—a novel three-step solution mining technology featuring “vertical–horizontal–inclined” cavity construction is proposed. This approach aims…
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Artikel Jurnal
A review of methods for constructing China’s natural gas safety evaluation indicator system
ObjectiveNatural gas safety remains a critical issue for China’s energy security. A scientific assessment of China’s natural gas safety is essential for effective energy strategy development and supply security. However, a comprehensive evaluation system that integrates Chinese characteristics…
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Artikel Jurnal
Stress corrosion behavior law of liquid ammonia in girth welds of L360 grade longitudinal submerged arc welded pipes
ObjectivePipeline steel, a high-strength low-alloy steel, is ideal for large-scale, long-distance liquid ammonia transport. However, the pipeline girth weld—a structurally vulnerable zone—is prone to stress corrosion cracking from impurities and stress in a liquid ammonia environment, posing…
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Artikel Jurnal
Exploration and practice of intelligent control and operation of oil pipelines
ObjectiveWith China’s rising energy demand, oil pipeline mileage and system complexity have increased significantly, posing control challenges. Traditional human-centered control suffers from reliance on personnel skills, limited accuracy in identifying operating conditions, and weak emergency…
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Artikel Jurnal
A critical review on the viscosity reduction mechanisms of magnetically-treated waxy crude oil
ObjectiveAt ambient temperatures, waxy crude oil experiences a significant decline in fluidity due to the precipitation of wax crystals that form a three-dimensional network structure, posing major flow assurance challenges for oil production and pipeline transportation. Magnetic treatment, a…
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Artikel Jurnal
Research progress on corrosion behavior in methanol and methanol-gasoline blended transport systems
ObjectivePipeline transport of methanol and methanol-gasoline blends increases the risk of corrosion and stress corrosion cracking in metallic materials, posing significant threats to the safety and integrity of energy infrastructure. Investigating corrosion behavior in these transport systems is…
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Artikel Jurnal
An intelligent recognition method for marks on radiographs of pipeline welds based on the YOLO-MPWR model
ObjectiveRadiographs of girth welds in long-distance oil and gas pipelines are the core basis for integrity assessment and risk management. Marks on these radiographs—such as weld serial numbers, applicable standards, and weld positions—must be digitally archived. Traditional manual interpretation…
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Artikel Jurnal
Calculation method for the reliability of gas transmission pipelines under flood-induced disasters
ObjectiveGas transmission pipelines are continually exposed to geohazards such as landslides, subsidence, and flood-induced disasters, resulting in significant risk. Unlike other geohazards, flood-induced disasters involve a multi-stage soil-water coupling process. Continuous water scouring of the…
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Artikel Jurnal
Discussion on current status, limitations, and development trends of green energy applications in oil and gas fields
ObjectiveIn the context of the “dual-carbon” goals, the high energy consumption and emissions associated with traditional oil and gas supply models require urgent attention. A systematic review of research on the substitution of traditional energy by green energy in oil and gas fields is lacking…
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Artikel Jurnal
Intelligent pipeline defect detection method based on interactive learning of multi-representation images
ObjectiveLong-distance pipelines, which face potential hazards such as cracking and corrosion due to illegal branch taps (oil theft) and prolonged service, require online safety monitoring with enhanced automatic defect analysis capabilities. However, existing procedures typically depend on manual…
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Artikel Jurnal
Exploration of construction and implementation pathways for domestic refined oil logistics optimization platform in the context of information technology application innovation
ObjectiveWith the rapid advancement of refined oil logistics networks toward multimodal collaboration, multi-level integration, and multi-agent cooperation, traditional technical frameworks have encountered performance bottlenecks such as insufficient reliability, limited adaptability to diverse…
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Artikel Jurnal
Key technologies and application pathways for intelligent professional models in refined oil batch planning
ObjectiveThe intelligence level of refined oil batch planning directly impacts the economic efficiency and safety of pipeline network operations. Traditional methods rely heavily on manual data processing, model invocation, and human–machine interaction, resulting in low efficiency, poor…