Ключевые слова

2411-3336

2541-9404

Записки Горного института

Journal of Mining Institute

Санкт-Петербургский горный университет императрицы Екатерины ΙΙ

Empress Catherine II Saint Petersburg Mining University

10.31897/PMI.2023.31

pmi-16057

https://pmi.spmi.ru/pmi/article/view/16057

Геотехнология и инженерная геология

Geotechnical Engineering and Engineering Geology

Efficiency of acid sulphate soils reclamation in coal mining areas

Эффективность рекультивации кислых сульфатных почв в районах угледобычи

Mitrakova

Natalya V.

Митракова

Н. В.

Mitrakova

Natalya V.

mitrakovanatalya@mail.ru

0000-0002-5571-7725

Естественнонаучный институт Пермского государственного национального исследовательского университета (Россия) Natural Science Institute, Perm State National Research University (Russia)

Khayrulina

Elena A.

Хайрулина

Е. А.

Khayrulina

Elena A.

elenakhay@gmail.com

0000-0002-9074-8551

Blinov

Sergei M.

Блинов

С. М.

Blinov

Sergei M.

blinov_s@mail.ru

0000-0002-4953-3567

Perevoshchikova

Anna A.

Перевощикова

А. А.

Perevoshchikova

Anna A.

aaperevoshchikova@yandex.ru

0000-0003-1769-7740

30 03 2023

2023

260 266 278 04 11 2022 03 03 2023 25 04 2023

2023

Н. В. Митракова, Е. А. Хайрулина, С. М. Блинов, А. А. Перевощикова

Natalya V. Mitrakova, Elena A. Khayrulina, Sergei M. Blinov, Anna A. Perevoshchikova

Эта статья доступна по лицензии Creative Commons Attribution 4.0 International (CC BY 4.0)

This article is licensed under a Creative Commons Attribution 4.0 International License (CC BY 4.0)

https://pmi.spmi.ru/pmi/article/view/16057

При разработке угольных месторождений поступление кислых шахтных вод на поверхность приводит к образованию кислых сульфатных почв. С помощью агрохимических и геохимических методов изучена эффективность рекультивации почвенного покрова на участке сброса кислых шахтных вод в Кизеловском угольном бассейне, проведенная в 2005 г. с использованием щелочных отходов содового производства и активного ила. На рекультивированном участке диагностирован технозем с устойчивым фитоценозом, на нерекультивированном – дерново-подзолистая, погребенная под техногенным слоем почва с отсутствием растительности. Погребенная дерново-подзолистая почва сохраняет сильнокислую реакцию рН Н2О = 3, источником высокого содержания органического вещества (8-1,5 %) являются углистые частицы, присутствие сульфидных минералов обнаружено до глубины 40 см. Технозем имеет слабокислую реакцию рН Н2О = 5,5, содержание органического вещества из-за использования активного ила составляет 19-65 % , признаки сульфидных минералов отмечены на глубине 20-40 см. Содержание валового железа в верхних слоях технозема не изменилось (190-200 г/кг), превышение над фоном достигает 15 раз. Загрязнение тяжелыми металлами и микроэлементами отсутствует, обнаружены единичные повышенные концентрации Li, Se, B и V.

During the development of coal deposits, acid mine waters flowing to the surface cause the formation of acid sulphate soils. We study the effectiveness of soil reclamation by agrochemical and geochemical methods at the site of acid mine water discharge in the Kizel Coal Basin, carried out in 2005 using alkaline waste from soda production and activated sludge. A technosol with a stable phytocenosis was detected on the reclaimed site, and soddy-podzolic soil buried under the technogenic soil layer with no vegetation on the non-reclaimed site. The buried soddy-podzolic soil retains a strong acid рН concentration Н2О = 3. A high content of organic matter (8-1.5 %) is caused by carbonaceous particles; the presence of sulphide minerals reaches a depth of 40 cm. Technosol has a slightly acid pH reaction H2O = 5.5, the content of organic matter due to the use of activated sludge is 19-65 %, the presence of sulphide minerals reaches a depth of 20-40 cm. The total iron content in the upper layers of the technosol did not change (190-200 g/kg), the excess over the background reaches 15 times. There is no contamination with heavy metals and trace elements, single elevated concentrations of Li, Se, B and V are found.

Ключевые слова добыча угля сброс шахтных вод кислые сульфатные почвы технозем рекультивация микроэлементы суммарный показатель загрязнения индекс геологического накопления элементов

Keywords coal mining discharge of mine waters acid sulphate soils technosol reclamation trace elements total contamination index index of geological accumulation of elements

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