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Elimination de l' ammoniac sur divers adsorbants: charbons actifs, tourbe et boues de station d' epuration.
1994
Samanni Vaute L. | Fanlo J.L. | Le Cloirec P.
Static pile passive aeration composting of waste slurries
1993
Zhan, W. | Fernandes, L. (Department of Civil Engineering, University of ottawa (Canada))
Domestic wastewater treatment in small farms and private houses
1992
Wierzbicki, K. (Institute for Building, Mechanization and Electrification in Agriculture, Warsaw (Poland)) | Kuczewski, K. | Eymontt, A.
Mercury in soils, sediments and clams from a North Carolina peatland
1987
Di Giulio, R.T. (Duke Univ., Durham, NC (USA). School of Forestry and Environmental Studies) | Ryan, E.A.
The effect of drainage on nutrient release from fen peat and its implications for water quality - a laboratory simulation
1990
Heathwaite, A.L. (Sheffield Univ. (UK). Dept. of Geography)
The use of sludge from biogas plant for mushroom cultivation
1994
Levanon, D. (Institute of Soils and Water, Bet Dagan (Israel)) | Danai, O.
Purification of municipal wastewater by adsorption on a chemically-thermally activated peat | Prečišćavanje gradskih otpadnih voda adsorpcijom na hemijsko-termički aktiviranom tresetu
2010
Cibulić, V., Univerzitet Union, Beograd (Serbia). Fakultet za ekologiju i zaštitu životne sredine | Stamenković, L., Univerzitet Union, Beograd (Serbia). Fakultet za ekologiju i zaštitu životne sredine
It has been established that processing by CTA - peat, under normal pressure, significantly reduces COD of tested wastewater, but at the same time, quickly comes to a stoppage, due to clogging. Results show that filtration process needs to be done under increased pressure. Based on gained results it could be concluded that CTA-peat represent efficient means of eliminating organic matters from wastewaters.
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