it save energy by.............................................
Carbon is the source of energy in a compost pile. Compost piles need to have brown and green materials, which are respectively carbon- and nitrogen-rich. Green materials provide the pile's decomposition-friendly micro-organisms with proteins.
the compost turns into monkeys
Chemical, microbial, physical, and solar sources are behind the type of heat energy which a compost pile releases. A compost pile's carbon- and nitrogen-rich recyclables interact with environmental oxygen and sunlight. Potential or stored energy is released by the temperature-coded feedings of macro- and micro-organisms within the pile, with chemical decomposition effected by actinomycetes and aerobic bacteria and fungi and physical by ants, beetles, centipedes, earthworms, flatworms, flies, millipedes, nematodes, rotifers, slugs, snails, sowbugs, spiders, and springtails.
Decomposition of carbon- and nitrogen-rich materials by composting macro- and micro-organisms is the way that compost bins produce heat. The heat represents a mix of influences and inputs from aeration, ambient temperatures, carbon and nitrogen ratios, container sizes and moisture levels. The United States Environmental Protection Agency suggests minimum temperature ranges of 104 to 131 degrees Fahrenheit (40 to 55 degrees Celsius).
A compost heap is hot in the middle because this is where the microbes are starting to break down the material in the compost heap and as part of their process they generate heat.
cylinder
Heat is the form of energy that is released from compost bins. Two temperature ranges that are micro-organism-specific obtain in aerobically decomposing compost bins. Mesophilic micro-organisms require temperature ranges of 50 to 115 degrees Fahrenheit (10 to 46.11 degrees Celsius) while thermophilic bacteria need ranges between 140 and 150 degrees Fahrenheit (60 to 71.11 degrees Celsius).
compost bins help us by taking certain live trash and making it a nutrient rich fertilizer for our gardens . it is the complete cycle of a vegetable.
Where do you get parts for Soilsaver Compost Bin?Read more: Where_do_you_get_parts_for_Soilsaver_Compost_Bin
You won't have any compost next Spring.
compost will kill us in the near future
There are certainly compost bins that can be kept in the house year round. The website "http://www.naturemill.com/" provides composters designed for inside use.
No, caterpillars cannot be put in compost bins. Caterpillars represent the larval stages of butterflies and moths. A compost bin will not support the life cycles and natural histories that lepidopterans must experience to breed, feed and fly.
The advancement of the process of breakdown of compostable materials is the way in which microbes can be useful in compost bins. The microbes in question may appear as beneficial bacteria and fungi. They decompose carbon- and nitrogen-rich recyclables and thereby generate the energy and heat which ensure efficient decomposition in less than a year.
Aeration and convenience are reasons why many compost bins are plastic. Plastic bins facilitate the aeration that composting requires to break carbon- and nitrogen-rich recyclables down into dark-colored, fresh-smelling, nutrient-rich organic matter called compost or humus. They tend to be easier to make and to move.
Eco-Friendly compost tumblers and bins are made out of recycled plastics. They do this both for marketing purposes and because it's a good material for the device.
Basements and garages are places to put compost bins in winter. It is possible to compost year-round in some places, in which case bins may remain in place and functional as long as air, heat, light, and moisture requirements can be met. Otherwise, it tends to be a good idea to keep the bin out of the way of foraging wildlife and inclement weather.