TERMIUM Plus®

The Government of Canada’s terminology and linguistic data bank.

STABILISATION AEROBIE THERMOPHILE [1 record]

Record 1 2012-01-13

English

Subject field(s)
  • Water Treatment (Water Supply)
  • Water Pollution
DEF

A composting process which can be used to treat waste food or other organic materials in a liquid slurry or semi-solid form.

CONT

Feedstock is fed into a digester where air is forced through the material to encourage the growth of aerobic microbes. The process is exothermic and the heat is maintained at thermophilic conditions of between 55-65°C. The retention time of the process is usually between two and five days, as degradation is rapid. Following digestion the digestate is usually dewatered or dried. The output is a bio-fertiliser.

French

Domaine(s)
  • Traitement des eaux
  • Pollution de l'eau
CONT

Stabilisation aérobie thermophile (souvent appelée digestion aérobie thermophile). Cette technique est semblable à celle utilisée pour le compostage de déchets organiques solides. Elle utilise le caractère exothermique des réactions d'oxydation pour accroître la température dans le réacteur; cette montée de température élève la vitesse de réaction et peut, si elle est suffisante, permettre une certaine décontamination de la boue en germes pathogènes. Les systèmes de stabilisation aérobie thermophile travaillent entre 45 et 60°C.

Spanish

Save record 1

Copyright notice for the TERMIUM Plus® data bank

© Public Services and Procurement Canada, 2024
TERMIUM Plus®, the Government of Canada's terminology and linguistic data bank
A product of the Translation Bureau

Features

Language Portal of Canada

Access a collection of Canadian resources on all aspects of English and French, including quizzes.

Writing tools

The Language Portal’s writing tools have a new look! Easy to consult, they give you access to a wealth of information that will help you write better in English and French.

Glossaries and vocabularies

Access Translation Bureau glossaries and vocabularies.

Date Modified: