Microorganisms drive the composting process, so creating an optimal environment for microbial activity is crucial for successful and efficient composting. Assembling an appropriate mix of organic residues or feedstocks and maintaining adequate moisture and oxygen levels are all necessary.
As soon as feedstocks are compiled, the composting process begins. As microorganisms begin to decompose the organic materials, the compost pile heats up and the active phase of composting begins. During this phase of rapid decomposition, temperatures in the pile increase to 130–150°F and may remain elevated for several weeks. Maintaining adequate aeration during this phase of intense microbial activity is especially important because aerobic decomposition is most efficient and produces finished compost in the shortest amount of time. As readily available organic matter is consumed and decomposition slows, temperatures in the compost pile decrease to around 100°F and the curing phase begins. At this stage, the compost can be stockpiled.
Common methods of on-farm composting include static piles, windrows (elongated piles), and in-vessel (enclosed) composting. Static piles are compost piles that are not turned. To meet National Organic Program requirements, static pile systems must be aerated to sustain microbial activity and adequate temperatures. To that end, perforated pipe is installed at the base of the pile and in some cases fans or blowers are used to force air through the pile.
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