A method for determining the environmentally safe residual content of oil and petroleum products in soils

Vladimir G. Gaivoronskiy, Anna A. Kuzina, Sergey I. Kolesnikov, Tatiana V. Minnikova, Elena N. Nevedomaya, Kamil Sh. Kazeev
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 Materials and methods. Laboratory modelling of contamination with oil and petroleum products (fuel oil, gasoline, diesel fuel) of sod-carbonate typical soil was carried out. To simulate pollution, oil and petroleum products were added to soil samples including fuel oil, gasoline, diesel fuel in a weight concentration of 1% (low pollution), 5% (medium pollution) and 10% (high pollution) of the soil mass. The exposure period lasted 30 days. After the specified period, changes in biological parameters (enzyme activity, radish root length, number of soil bacteria) were determined. Based on the listed parameters, the integral indicator of the biological state IIBS of the soil was calculated .
 Results. Oil and oil products pollution negatively affected the biological properties of the studied soil. A significant decrease in enzymatic activity, the number of bacteria, and the length of plant roots was recorded. The range of toxicity of the studied substances on biological indicators of soils is as follows: oil > fuel oil > gasoline > diesel fuel. The study made it possible to determine the maximum level of residual content of oil and petroleum products (fuel oil, gasoline, diesel fuel) in the refinery. For oil, it is 0.27%, for gasoline – 0.40%, for fuel oil – 0.30%, for diesel fuel – 0.45%.
 Limitations. The proposed limit levels of residual oil and petroleum products (fuel oil, gasoline, diesel fuel) in soils are applicable primarily on the territory of the Black Sea coast of the Caucasus.
 Conclusion. The proposed limit levels of the residual content of oil and petroleum products (fuel oil, gasoline, diesel fuel) in the soils of the refinery area can be used by environmental, agricultural and scientific organizations","PeriodicalId":12550,"journal":{"name":"Gigiena i sanitariia","volume":"35 10","pages":"0"},"PeriodicalIF":0.0000,"publicationDate":"2023-10-30","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"","citationCount":"0","resultStr":null,"platform":"Semanticscholar","paperid":null,"PeriodicalName":"Gigiena i sanitariia","FirstCategoryId":"1085","ListUrlMain":"https://doi.org/10.47470/0016-9900-2023-102-9-987-992","RegionNum":0,"RegionCategory":null,"ArticlePicture":[],"TitleCN":null,"AbstractTextCN":null,"PMCID":null,"EPubDate":"","PubModel":"","JCR":"Q4","JCRName":"Medicine","Score":null,"Total":0}
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Abstract

Introduction. The Black Sea Coast of the Caucasus is one of the most important recreational and tourist regions for Russia. In recent years, it has been subjected to a sharply increased anthropogenic load, due to an increase in the number of tourists, accompanied by an increase in traffic flows and, as a result, an increase in environmental pollution, including oil hydrocarbons. The risks of leakage of oil products during transportation and pumping are increasing. To predict and prevent dangerous consequences of pollution, it is necessary to determine the environmentally safe residual content of oil and oil products in the soil, based on the regional ecological and geochemical characteristics of soils. Materials and methods. Laboratory modelling of contamination with oil and petroleum products (fuel oil, gasoline, diesel fuel) of sod-carbonate typical soil was carried out. To simulate pollution, oil and petroleum products were added to soil samples including fuel oil, gasoline, diesel fuel in a weight concentration of 1% (low pollution), 5% (medium pollution) and 10% (high pollution) of the soil mass. The exposure period lasted 30 days. After the specified period, changes in biological parameters (enzyme activity, radish root length, number of soil bacteria) were determined. Based on the listed parameters, the integral indicator of the biological state IIBS of the soil was calculated . Results. Oil and oil products pollution negatively affected the biological properties of the studied soil. A significant decrease in enzymatic activity, the number of bacteria, and the length of plant roots was recorded. The range of toxicity of the studied substances on biological indicators of soils is as follows: oil > fuel oil > gasoline > diesel fuel. The study made it possible to determine the maximum level of residual content of oil and petroleum products (fuel oil, gasoline, diesel fuel) in the refinery. For oil, it is 0.27%, for gasoline – 0.40%, for fuel oil – 0.30%, for diesel fuel – 0.45%. Limitations. The proposed limit levels of residual oil and petroleum products (fuel oil, gasoline, diesel fuel) in soils are applicable primarily on the territory of the Black Sea coast of the Caucasus. Conclusion. The proposed limit levels of the residual content of oil and petroleum products (fuel oil, gasoline, diesel fuel) in the soils of the refinery area can be used by environmental, agricultural and scientific organizations
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测定土壤中石油和石油产品环境安全残留量的方法
介绍。高加索黑海沿岸是俄罗斯最重要的休闲旅游区之一。近年来,由于游客人数的增加,交通流量的增加,以及环境污染的增加,包括石油碳氢化合物,它受到了急剧增加的人为负荷。油品在运输和泵送过程中发生泄漏的风险越来越大。为了预测和预防污染的危险后果,有必要根据土壤的区域生态和地球化学特征,确定土壤中石油和石油产品的环境安全残留量。 材料和方法。对典型土壤中石油和石油产品(燃料油、汽油、柴油)的污染进行了实验室模拟。为了模拟污染,我们在土壤样品中添加了石油和石油产品,包括燃料油、汽油、柴油,其质量浓度分别为土壤质量浓度的1%(低污染)、5%(中污染)和10%(高污染)。暴露期30 d。在规定的时间后,测定生物参数(酶活性、萝卜根长、土壤细菌数量)的变化。根据所列参数,计算出土壤生物状态IIBS的积分指标。 结果。石油和石油产品污染对土壤的生物学特性产生了负面影响。酶活性、细菌数量和植物根系长度显著下降。研究物质对土壤生物指标的毒性范围如下:石油;燃料油;汽油比;柴油燃料。这项研究可以确定炼油厂中石油和石油产品(燃料油、汽油、柴油)残留含量的最高水平。石油为0.27%,汽油为0.40%,燃料油为0.30%,柴油为0.45%。的局限性。土壤中残余石油和石油产品(燃料油、汽油、柴油)的拟议限量主要适用于高加索黑海沿岸的领土。结论。建议的炼油厂土壤中石油和石油产品(燃料油、汽油、柴油)残留量限量可供环境、农业和科学组织使用
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来源期刊
Gigiena i sanitariia
Gigiena i sanitariia Environmental Science-Pollution
CiteScore
0.80
自引率
0.00%
发文量
192
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