Some recommendations on the use of background values of the concentration of oil and oil products for remediated land A. V. Rodikova, S. P. Kulizhsky, Е. V. Kallas, O. E. Merzlyakov
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ArticleContent type: Текст Media type: электронный Subject(s): рекультивированные земли | почвы | фоновые территории | нефть | нефтепродуктыGenre/Form: статьи в журналах Online resources: Click here to access online
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IOP Conference Series: Earth and Environmental Science Vol. 670. P. 012054 (1-4)Abstract: The study aims to solve the methodological problem of comparing the quantitative residual pollution of oil and oil products of an organogenic substrate (peat) that composes the surface of remediated land plots with background indicators of the content of this pollutant in the organic-mineral horizons of natural soils that have contrasting properties. To solve this problem, the method of recalculating the pollutant content through its layer-by-layer reserves was used. A case study illustrates a calculation option that allows you to evaluate the range of oil and oil products objectively after restoration work. The authors conclude that it is necessary to determine the different density as a parameter in the studied layers of 0–5 and 5–20 cm of ameliorant substrate and soil standards. The data availability allows recalculations to occur, taking into account the difference in properties of the compared substrates which build up land plots.
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The study aims to solve the methodological problem of comparing the quantitative residual pollution of oil and oil products of an organogenic substrate (peat) that composes the surface of remediated land plots with background indicators of the content of this pollutant in the organic-mineral horizons of natural soils that have contrasting properties. To solve this problem, the method of recalculating the pollutant content through its layer-by-layer reserves was used. A case study illustrates a calculation option that allows you to evaluate the range of oil and oil products objectively after restoration work. The authors conclude that it is necessary to determine the different density as a parameter in the studied layers of 0–5 and 5–20 cm of ameliorant substrate and soil standards. The data availability allows recalculations to occur, taking into account the difference in properties of the compared substrates which build up land plots.
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