Analisis Kesuburan Tanah di Pertambangan Minyak Tradisional Desa Wonocolo Kecamatan Kedewan, Kabupaten Bojonegoro

Nindy Callista Elvania, Yenny Sri Margianti, Santi Amanda Tiara, Dimas Bagus Nugroho
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Abstract

Wonocolo Village is known as a traditional mining area. This study aims to determine the level of soil contamination in traditional oil mining activities by testing N, P, K, organic matter and lime content of the soil. The method used in this research is using a proposive random sampling method. The results of testing the quality of soil in mining activities were found not to contain N,P,K. This can be seen when testing using N,P,K solutions, there was no change in soil color, organic matter and soil lime content when testing on 7 soil samples. only 2 soil samples contained organic matter and soil lime content, namely the 3rd and 7th samples. This can be seen from the presence of foam on the soil samples when dripped with H2O2 and HCL solutions. So it can be concluded that the soil in the Wonocolo mining area is highly polluted, so it is necessary to carry out bioremediation and phytoremediation the quality of soil in mining activities were found not to contain N,P,K. This can be seen when testing using N,P,K solutions, there was no change in soil color, organic matter and soil lime content when testing on 7 soil samples. only 2 soil samples contained organic matter and soil lime content, namely the 3rd and 7th samples. This can be seen from the presence of foam on the soil samples when dripped with H2O2 and HCL solutions. So it can be concluded that the soil in the Wonocolo mining area is highly polluted, so it is necessary to carry out bioremediation and phytoremediation.
Wonocolo村是一个传统的矿区。本研究旨在通过检测土壤的N、P、K、有机质和石灰含量来确定传统石油开采活动中土壤的污染程度。本研究采用的方法是正随机抽样法。矿区土壤质量检测结果显示,土壤中不含氮、磷、钾。这可以看出,在使用N、P、K溶液进行测试时,7个土壤样品的土壤颜色、有机质和土壤石灰含量都没有变化。只有2个土壤样品含有有机质和土壤石灰含量,即第3和第7个样品。这可以从H2O2和HCL溶液滴入土壤样品时出现的泡沫中看出。因此,可以得出结论,该矿区土壤污染严重,有必要进行生物修复和植物修复,在采矿活动中发现土壤质量不含N,P,K。这可以看出,在使用N、P、K溶液进行测试时,7个土壤样品的土壤颜色、有机质和土壤石灰含量都没有变化。只有2个土壤样品含有有机质和土壤石灰含量,即第3和第7个样品。这可以从H2O2和HCL溶液滴入土壤样品时出现的泡沫中看出。因此,可以得出结论,该矿区土壤污染严重,有必要进行生物修复和植物修复。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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