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Conversion of municipal sludge to oil.
1987
Lee K.M. | Griffith P. | Farrell J.B. | Eralp A.E.
Engineering aspects of composting processes
1992
Biddlestone, A.J. | Gray, K.R. (Birmingham Univ. (United Kingdom). School of Chemical Engineering)
Possibilities for the combustion of biomass in pulverized fuel units
1993
Kicherer, A. (Stuttgart Univ. (Germany). Inst. fuer Verfahrenstechnik und Dampfkesselwesen) | Hein, K.R.G.
Fluxes of NO3-, NH4+, NO, NO2, HNO3-, N2O and organic N in an old Danish beech forest [HNO3]
1999
Rasmussen, L. | Beier, C. | Pilegaard, K. | Ambus, P. | Mikkelsen, T. | Jensen, N.O. (Risoe National Lab., Roskilde (Denmark)) | Kjoeller, A. | Ladekarl, U.L.
Anaerobic digestion of instant coffee waste as an essential process for production of plant growth medium
1994
Kostenberg, D. (Galilee Technological Center, Kiryat Shmona (Israel)) | Marchaim, U. | Epstein, E.
Anaerobic treatment of potato starch factory waste water
1994
Mrugalski, T. | Kozlowski, R. (Institute of Natural Fibres, Poznan (Poland))
Biogas technology in developing countries: the Latin-American experience
1994
Noyola, A. (National Univ. of Mexico, Mexico City (Mexico). Inst. of Engineering)
Anaerobic treatment of municipal landfill leachates
1994
Alkalay, D. (Universidad Tecnica 'Federico Santa Maria', Casilla (Chile)) | Guerrero, L. | Chamy, R. | Schiappacasse, M.C.
The utilization of the waste sludge produced during the process of waste water purification in Kolubara - Prerada as mineral-organic fertilizer in the process of biological reclamation of deposol in RB Kolubara DOO, Lazarevac [Serbia]
2007
Djikic, G.,Kolubara-Usluge doo, Lazarevac (Serbia) | Mandic, S.,Kolubara-Usluge doo, Lazarevac (Serbia) | Todorovic, N.,RB Kolubara doo, Lazarevac (Serbia) | Radisic, Z.,RB Kolubara doo, Lazarevac (Serbia)
During technological process of coal treatment and coal improvement in RB Kolubara waste water is produced in the waste water cleansing installation and waste mud is separated. The examination have been executed concerning agrochemical and mechanical properties of this material as well as the presence of heavy metals and phenol. Based on the results which appeard during examination, this materail can be included in the biological reclamation process as bonifactor and deposol fertilizer. Inserting such organic materials, the requared organogenic features are increased and the physical and mechanical characteristics of deposol substrate are improved. The economical effects are important for RB Kolubara as well as for Kolubara-Prerada. The most important contribution is to environmental protection and fulfilling the legal regulations for bringing back of degraded soil to the primary purpose.
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