Detection of oil leakage in soil by monitoring impedance using time domain reflectometry and hydraulic control system

Lee, Sang Gil; Kwon, Kyu Sang; Kim, Bong Ju; Choi, Nag-Choul; Choi, Jae Woo

doi:10.1016/j.psep.2019.05.023

Cited by 12 publications

(6 citation statements)

References 19 publications

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“…Scientists of the Republic of Korea solve the problem of "detecting oil leakage in the ground by controlling impedance using time domain reflectometry and hydraulic control system." [15].…”

Section: Resultsmentioning

confidence: 99%

Environmental safety in the field of construction and operation of hydraulic structures

et al. 2020

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The article deals with the environmental safety of construction production, as well as the process of operation using examples of hydraulic structures. The purpose of the article is to show the growing importance of taking into account environmental decisions and measures in the design of the construction project and operation manual. The objectives are to identify and systematize implemented examples of environmental solutions. The objects of the study are hydraulic structures: mooring, river and shelf. The tasks are solved by methods of searching for information on the issues under consideration as part of the analytical review, with further discussions and conclusions. It was revealed that in recent years, environmental expertise has become more stringent in assessing and allowing hydraulic facilities to begin construction and installation work and commissioning, due to the accumulated negative experience of accidents, flooding and other harmful environmental influences. As a result of the analytical review, we obtain generalized conclusions on modern trends in orienting new construction in the primary interests of environmental protection.

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“…Scientists of the Republic of Korea solve the problem of "detecting oil leakage in the ground by controlling impedance using time domain reflectometry and hydraulic control system." [15].…”

Section: Resultsmentioning

confidence: 99%

Environmental safety in the field of construction and operation of hydraulic structures

et al. 2020

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“…According to Sanneh [19], the majority of surface and groundwater contamination is caused by leaks from storage tanks (both underground and aboveground); the statement was also supported by others [1,2,12,14]. Underground leaks are one of the most critical issues in gas stations with underground storage tanks (USTs).…”

Section: Leaking Of Underground Storage Tanksmentioning

confidence: 99%

“…However, there are only a few devices for detecting petroleum oil in soil that have been created. Through upgrading the traditional method of TDR, the hydraulic control system is added to the process [1]. The results show a sharp increase in detection of oil compared to TDR alone.…”

Section: Leak Detection Techniquesmentioning

confidence: 99%

“…Leakage and spills from underground or aboveground storage tanks especially those storing hazardous fluids like petroleum, can impose risk to the environment [1][2][3], contaminate the soil and groundwater [4], and also cause health problems and catastrophic damage to humans [5]. Leakage is one of the most serious problem for the government and environmental agencies in monitoring and cleaning up polluted soil and groundwater [1,6].…”

Section: Introductionmentioning

confidence: 99%

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Current practice of early leak detection methods for underground storage tanks

murad

Husain

Zaki

et al. 2022

J. Phys.: Conf. Ser.

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This article aims to provide general review on current practice of leak detection methods of underground storage tanks (UST). Fuel (i.e. gasoline and diesel oil) leakage from UST can contaminate groundwater and drinking water with various hydrocarbon contaminants. These leaks create ponds of fuel that spill into the land and aquifers, polluting and seriously destroying habitats. Numerous efforts have been focused on the development of leak detection to the tanks. However, without the opportunity to conduct fault intensity calibration and estimate a product’s lifetime, there is a lack of information provided to consider the condition of previous underlying leakage. As a result, it is too late whether the harm has already been done. There are methods of detection that have been studied for the past ten years. Many approaches have been practised to detect leakage. Specific sensing devices will combine with additional applications that analyse and interpret the data to detect storage tank leaks. Various methods will provide different results depending on the feature chosen. Some approaches will use machine learning to analyse the provided data and provide the best leak detection result. This paper will explore the best leak detection techniques to improve underground tanks’ structural integrity. At the end, this paper will give some overview on current practice early detection methods on underground storage tanks for future research.

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“…Production facilities in the oil processing areas are a source of condensate and lubricants, as well as various chemical reagents (Kondrasheva et al 2019 ; Nikitin and Saychenko 2018 ; Nikolaevna and Sergeevich 2020 ; Pivovarova and Makhovikov 2017 ; Shuvalov et al 2008 ; Struchkov and Rogachev 2018 ). When storing petroleum products, soil contamination occurs due to frequent leaks from reservoirs or non-compliance with pumping processes (Lee et al 2019 ; Gorawski et al 2017 ; Sacile 2007 ). When storing viscous petrochemicals, sediments can accumulate due to incompatibility of petroleum products, which can affect the corrosion of the metal, the stress–strain state of the reservoir structure, and accident rate resulting in the ingress of petroleum products into the soil (Sultanbekov et al, 2019a , 2019b , 2020 ).…”

Section: Introductionmentioning

confidence: 99%

Thermal desorption treatment of petroleum hydrocarbon-contaminated soils of tundra, taiga, and forest steppe landscapes

Bykova

Alekseenko

Пашкевич

et al. 2021

Environ Geochem Health

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The results of field, analytical, and experimental research at a number of production facilities reflect the properties of oil-contaminated soils in 3 landscapes: the permafrost treeless Arctic ecosystem, boreal forest, and temperate-climate grassland-woodland ecotone. Laboratory studies have revealed the concentrations of petroleum hydrocarbons in soils, ranging from medium levels of 2000–3000 mg/kg to critical figures over 5000 mg/kg, being 2–25 times higher than the permissible content of oil products in soils. The experimentally applied thermal effects for the oil products desorption from the soil allowed finding an optimal regime: the treatment temperature from 25 to 250 °C reduces the concentrations to an acceptable value. The conditions are environmentally sound, given that the complete combustion point of humates is ca. 450 °C. The outcomes suggest the eco-friendly solution for soil remediation, preserving the soil fertility in fragile cold environments and in more resilient temperate climates, where revitalized brownfields are essential for food production.

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Detection of oil leakage in soil by monitoring impedance using time domain reflectometry and hydraulic control system

Cited by 12 publications

References 19 publications

Environmental safety in the field of construction and operation of hydraulic structures

Environmental safety in the field of construction and operation of hydraulic structures

Current practice of early leak detection methods for underground storage tanks

Thermal desorption treatment of petroleum hydrocarbon-contaminated soils of tundra, taiga, and forest steppe landscapes

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