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Journal of Hazardous Materials
Coal combustion at power plants is a significant source of environmental pollution, with the deposition of heavy metals in soils leading to extensive ecosystem contamination and exacerbating the harmful impacts of human activities.
Ekaterina S. Kravchenko +6 more
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Coal combustion at power plants is a significant source of environmental pollution, with the deposition of heavy metals in soils leading to extensive ecosystem contamination and exacerbating the harmful impacts of human activities.
Ekaterina S. Kravchenko +6 more
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Water Research
Flooding, carrying sediments, inundates farmlands across the world due to extreme adverse weather conditions. The casualties and property damage associated with flooding are important direct impacts. However, there is currently insufficient understanding
Jun Yang +6 more
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Flooding, carrying sediments, inundates farmlands across the world due to extreme adverse weather conditions. The casualties and property damage associated with flooding are important direct impacts. However, there is currently insufficient understanding
Jun Yang +6 more
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Heavy metals in a municipal solid waste deposition cell
Waste Management & Research: The Journal for a Sustainable Circular Economy, 1998The physical and chemical changes of a waste mixture consist ing of mumcipal solid waste (MSW) and sewage sludge were investigated during the anaerobic waste stablilization phases of the mixture. The emphasis of this study was the behavior of heavy metals. The waste was deposited in a test cell in 1973.
P. Flyhammar, F. Tamaddon, L. Bengtsson
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Heavy Metals in Littoral Deposits Off Havana City, Cuba
Chemistry and Ecology, 1991Abstract The content of Al, Cd, Co, Cu, Fe, Hg, Mn, Ni, Pb, Zn, C org and organic matter was investigated in sediment samples taken in the littoral zone off Havana City. the results revealed three areas affected by contamination: (a) Chivo Beach with a submarine sewage outfall, (b) the mouth of the Havana Bay and (c) the estuarine area of the ...
Humberto González, Lutz Brügmann
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Distribution of Heavy Metals in Lake Seliger Bottom Deposits
Water Resources, 2004The distribution of some microelements in the surface and stratified layers of bottom sediments in Lake Seliger is studied. Data on the bottom deposit pollution by heavy metals is used to determine the anthropogenic load on the lake ecosystem. Cd, Zn, and Pb are shown to rapidly accumulate in thick (>1 m) bottom deposits that have formed during the ...
V. I. Kosov +4 more
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Equipment for heavy-metal deposition and salt dewatering
Metallurgist, 2007The composition of waste water and the requirements established for the methods used to purify it serve as the starting point in any design of water treatment facilities. As an example, the author proposes the use of a unit whose stationary drum is supplied with pre-dried sediment.
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Effects of heavy metal deposition on soil fertility
2000Bulk deposition was collected in the vicinity of the Harjavalta smelter from 1993 to 1996 in open areas close to the Scots pine study stands using 5 rainfall collectors (O = 20 cm) during the snowfree period or 2 snow collectors (O = 36 cm) during the winter. Stand throughfall was collected using 20 rainfall collectors located systematically on the 30 ×
John Derome +2 more
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Deposition of heavy metals in a Mediterranean climate area
Atmospheric Research, 2006Abstract Deposition samples were collected and analyzed for selected heavy metals in Izmir, Turkey on different days in October 2003–June 2004. A water surface sampler was used to collect dry deposition and rainwater samples to represent the wet deposition during the rainy period of the year.
Cizmecioglu, Sibel Cukurluoglu +1 more
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Economic Potential of the Red Sea Heavy Metal Deposits
1969Average assays of metals in Atlantis II Deep deposits are: Fe, 29 per cent; Zn, 3.4 per cent; Cu, 1.3 per cent; Pb, 0.1 per cent; Ag, 54ppm; Au, (probably) 0.5ppm. The deposits contained from 55 to 96 per cent interstitial brine, averaging about 85 per cent. Total brine-free sediment in the upper 10m of sediment is estimated to be over 50 million tons.
J. L. Bischoff, F. T. Manheim
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Use of tree rings as a bioindicator to observe atmospheric heavy metal deposition
Environmental science and pollution research international, 2019Aydın Turkyilmaz +3 more
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