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Statements

Subject Item
dbr:Biodrying
rdf:type
dbo:Election
rdfs:label
Biodrying Bioséchage
rdfs:comment
Biodrying is the process by which biodegradable waste is rapidly heated through initial stages of composting to remove moisture from a waste stream and hence reduce its overall weight. In biodrying processes, the drying rates are augmented by biological heat in addition to forced aeration. The major portion of biological heat, naturally available through the aerobic degradation of organic matter, is utilized to evaporate surface and bound water associated with the mixed sludge. This heat generation assists in reducing the moisture content of the biomass without the need for supplementary fossil fuels, and with minimal electricity consumption. It can take as little as 8 days to dry waste in this manner. This enables reduced costs of disposal if landfill is charged on a cost per tonne basis. Le « bioséchage » (Biodrying pour les anglophones) est une technologie de séchage (déshydratation) de matériaux (déchets biodégradables le plus souvent) basée sur la réutilisation de la chaleur produite par la montée en température naturelle d’une matière organique en train de fermenter en présence d’oxygène (c’est l’une des étapes du compostage). Certaines familles de bactéries jouent un rôle essentiel dans ce processus. Il peut être utilisé dans une installation traitant un flux de déchets organiques pour accélérer le séchage de la matière.
dcterms:subject
dbc:Biodegradable_waste_management dbc:Waste_treatment_technology dbc:Industrial_composting
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8098322
dbo:wikiPageRevisionID
1049437220
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dbr:Composting dbc:Waste_treatment_technology dbr:Waste_stream dbr:List_of_solid_waste_treatment_technologies dbr:Landfill_gas dbr:Biodegradable_waste dbr:Landfill dbr:Landfill_Allowance_Trading_Scheme dbr:Waste_management dbc:Industrial_composting dbr:Biodegradability dbc:Biodegradable_waste_management dbr:Refuse-derived_fuel dbr:Mechanical_biological_treatment
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n9:4Z1ER freebase:m.026rcr_ wikidata:Q4914784 dbpedia-fr:Bioséchage
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dbo:abstract
Le « bioséchage » (Biodrying pour les anglophones) est une technologie de séchage (déshydratation) de matériaux (déchets biodégradables le plus souvent) basée sur la réutilisation de la chaleur produite par la montée en température naturelle d’une matière organique en train de fermenter en présence d’oxygène (c’est l’une des étapes du compostage). Certaines familles de bactéries jouent un rôle essentiel dans ce processus. Il peut être utilisé dans une installation traitant un flux de déchets organiques pour accélérer le séchage de la matière. Biodrying is the process by which biodegradable waste is rapidly heated through initial stages of composting to remove moisture from a waste stream and hence reduce its overall weight. In biodrying processes, the drying rates are augmented by biological heat in addition to forced aeration. The major portion of biological heat, naturally available through the aerobic degradation of organic matter, is utilized to evaporate surface and bound water associated with the mixed sludge. This heat generation assists in reducing the moisture content of the biomass without the need for supplementary fossil fuels, and with minimal electricity consumption. It can take as little as 8 days to dry waste in this manner. This enables reduced costs of disposal if landfill is charged on a cost per tonne basis. Biodrying may be used as part of the production process for refuse-derived fuels. Biodrying does not however greatly affect the biodegradability of the waste and hence is not stabilised. Biodried waste will still break down in a landfill to produce landfill gas and hence potentially contribute to climate change. In the UK this waste will still impact upon councils LATS allowances. Whilst biodrying is increasingly applied within commercial mechanical biological treatment (MBT) plants, it is also still subject to on-going research and development.
gold:hypernym
dbr:Process
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