aerobic composting

Follow the principles of aerobic composting and manage it well.

You can compost plant tissue under exemption T23: aerobic composting.

It allows for aerobic composting to happen - composting with air.

T23 - aerobic composting and associated prior treatment.

Managed aerobic composting arranges environmental conditions so they are optimal for the natural processes to take place.

Leachate removal controls moisture levels, which is necessary to ensure rapid, aerobic composting.

Thermophilic aerobic composting is a widely practiced method for the disposal of exhaust materials.

An intensive initial methane (biogas) production phase can be followed by traditional aerobic composting.

Biodegradation of lipidic compounds in synthetic food wastes during aerobic composting.

Hot, aerobic composting is conducted at close to the ideal conditions noted above, allowing thermophilic bacteria to thrive.

Noting that both definitions refer to aerobic composting only, we will adopt that distinction here.

Aerobic Composting Probably the easiest and the most acceptable of all methods because of its 'natural' concept.

Aerobic composting requires oxygen, while anaerobic composting takes place in an oxygen-depleted environment.

Composting here means aerobic composting only.

Aerobic digestion and aerobic composting are same kind or related kind of processing options.

Answer: Aerobic composting as normally defined is a hot process, typically reaching temperatures of 50-60oC during the so called themophilic phase.

Aerobic composting - decomposing biodegradable waste using bacteria, yeast and fungi that need oxygen to produce compost.

Aerobic composting of the waste lessens potential emissions of the powerful greenhouse gas, methane, from landfill sites.

Associated prior treatment in this exemption means screening, chipping, shredding, cutting, pulverising or sorting waste for aerobic composting.

For aerobic composting, it renews the oxygen supply in the spaces between particles necessary for composting to occur.

A number of current treatments use a combination of both, in a two-stage process of anaerobic digestion followed by aerobic composting.

Aerobic composting is the controlled biological decomposition of organic materials under aerobic conditions, accomplished in open windrows or open static piles.

Composting toilets have also been called "sawdust toilets", which can be appropriate if the amount of aerobic composting taking place in the toilet's container is very limited.

Oxygen is required to sustain the microbial populations in the compost, as normal aerobic composting requires the presence of aerobic microorganisms (those that require oxygen to survive).

Here we aim to provide a focus for you to explore and contribute to our collective knowledge about aerobic composting, with particular reference to New Zealand and the South Pacific.