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Utilization of the Waste of the Fuel-Energy Complex
https://doi.org/10.18412/1816-0395-2015-4-20-23
Abstract
The application of the mineral-matrix technology for drilling waste processing makes it possible to produce the building material based on them-the anthropogenic
reinforced ground. Physicomechanical and environmental characteristics of this material and separate aspects of its application are analyzed. This technology is
able to provide the reduction to a minimum of the migration ability of ecotoxicants, which is accompanied by the formation of the equilibrium and long-term structure
effectively preventing pollutant leaching. The data of laboratory investigations of specific activity of natural and anthropogenic radionuclides, the quantitative
composition of mobile forms, and indices of acute toxicity in aqueous extracts of anthropogenic reinforced ground samples do not exceed the indices of hygienic
norms and correspond to sanitary-and-epidemiological requirements acting at the territory of the Russian Federation.
reinforced ground. Physicomechanical and environmental characteristics of this material and separate aspects of its application are analyzed. This technology is
able to provide the reduction to a minimum of the migration ability of ecotoxicants, which is accompanied by the formation of the equilibrium and long-term structure
effectively preventing pollutant leaching. The data of laboratory investigations of specific activity of natural and anthropogenic radionuclides, the quantitative
composition of mobile forms, and indices of acute toxicity in aqueous extracts of anthropogenic reinforced ground samples do not exceed the indices of hygienic
norms and correspond to sanitary-and-epidemiological requirements acting at the territory of the Russian Federation.
About the Authors
M.V. Knat'ko
LLC Scientific-and-Research Center "Technologies of the XXI Century"
Russian Federation
k.f.-m.n., gen. direktor
Russian Federation
k.f.-m.n., gen. direktor
S.Yu. Zhabrikov
LLC Scientific-and-Research Center "Technologies of the XXI Century"
Russian Federation
gl. inzhener proekta
Russian Federation
gl. inzhener proekta
I.I. Podlipsky
St. Petersburg State University
Russian Federation
k.g.-m.n., st. prepodavatel'
Russian Federation
k.g.-m.n., st. prepodavatel'
References
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Review
For citations:
Knat'ko M., Zhabrikov S., Podlipsky I. Utilization of the Waste of the Fuel-Energy Complex. Ecology and Industry of Russia. 2015;19(4):20-23. (In Russ.) https://doi.org/10.18412/1816-0395-2015-4-20-23
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