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Dabert, P. / Trémier, A. / Téglia, C. / Béline, F. - 2017néant / néantContributeur (s):
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Mohajer, A. / Trémier, A. / Barrington, S. / Téglia, C. - 2015Composting is a feasible biological treatment for the recycling of wastewater sludge as a soil amendment. The process can be optimized by selecting an initial compost recipe with physical properties that enhance microbial activity. The present study measured the microbial O2 uptake rate (OUR) in 16...Contributeur (s):
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De Guardia, A. / Mallard, P. / Téglia, C. / Marin, A. / Le Pape, C. / Launay, M. / Benoist, J.C. / Petiot, C. - 2015This paper aimed to compare household waste, separated pig solids, food waste, pig slaughterhouse sludge and green algae regarding processes ruling nitrogen dynamic during composting. For each waste, three composting simulations were performed in parallel in three similar reactors (300L), each one...Contributeur (s):
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De Guardia, A. / Mallard, P. / Téglia, C. / Marin, A. / Le Pape, C. / Launay, M. / Benoist, J.C. / Petiot, C. - 2015This paper aims to compare household waste, separated pig solids, food waste, pig slaughterhouse sludge and green algae regarding their biodegradability, their stabilization kinetics and their temperature rise during composting. Three experiments in lab-scale pilots (300L) were performed for each...Contributeur (s):
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De Guardia, A. / Mallard, P. / Téglia, C. / Marin, A. / Le Pape, C. / Launay, M. / Benoist, J.C. / Petiot, C. - 2015This paper aimed to compare household waste, separated pig solids, food waste, pig slaughterhouse sludge and green algae regarding processes ruling nitrogen dynamic during composting. For each waste, three composting simulations were performed in parallel in three similar reactors (300L), each one...Contributeur (s):
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De Guardia, A. / Mallard, P. / Téglia, C. / Marin, A. / Le Pape, C. / Launay, M. / Benoist, J.C. / Petiot, C. - 2015This paper aims to compare household waste, separated pig solids, food waste, pig slaughterhouse sludge and green algae regarding their biodegradability, their stabilization kinetics and their temperature rise during composting. Three experiments in lab-scale pilots (300L) were performed for each...Contributeur (s):
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Mohajer, A. / Trémier, A. / Barrington, S. / Martinez, J. / Téglia, C. / Carone, M. - 2015The wide range of optimal values reported for the physical parameters of compost mixtures suggest that their interactive relationships should be investigated. The objective of this study was to examine the microbial O2 uptake rate (OUR) in 16 sludge waste recipes, offering a range of moisture...Contributeur (s):
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Trémier, A. / Téglia, C. / Barrington, S. - 2015To develop an active microbial activity quickly developing stabilizing thermophilic temperatures during the composting of wastewater sludge, the bulking agent (BA) plays a major role in establishing the recipe structure, exposed particle surface area and porosity. To optimize the biodegradation of...Contributeur (s):
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Druilhe, C. / Benoist, J.C. / Radigois, P. / Téglia, C. / Trémier, A. - 2015The effectiveness of aerobic biodegradation of organic matter during composting and the stability or maturity of the end product particularly depend on the initial physical characteristics of the waste. On one hand, the accessibility of the micro-organisms to the biodegradable organic matter...Contributeur (s):
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Bouchy, L. / Martel, J.L. / Allain, M. / Moretti, N. / Téglia, C. / Trémier, A. - 2015According to industrial Sludge composting fast and recent development in France and to increasing sensitivity addressed to odour and GHG emissions, one of the three tasks of the ANR labelled ESPACE R&D program has been focused on the study and reduction of gaseous emissions during sludge and...Contributeur (s):
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Trémier, A. / Téglia, C. - 2015The effectiveness of the aerobic biodegradation of organic wastes largely depends on the conditions imposed to the micro-organisms in the substrate. Indeed the establishment of a good aerobic biological activity relies on three main factors: (1) the accessibility of the micro-organisms to the...Contributeur (s):
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Téglia, C. / Druilhe, C. / Trémier, A. - 2015The aim of this study was to determine the influence of wastes physical parameters on their biodegradability. Humidity, particle size and mixture ratio were identified as three physical parameters likely to influence the accessible biodegradable potential of wastes co-composted with a bulking agent...Contributeur (s):