Biotechnology deals with kitchen waste.

Kitchen waste accounts for a considerable proportion of household waste, kitchen waste is the best way to deal with? Incineration? Landfill? Or install a small waste processor directly at home and drain it directly after crushing it? According to small editors understand that incineration needs to build incineration stations, in addition to high costs, but also will produce a large number of exhaust gases, if the choice of landfill, for land pollution is also quite serious and further reduce the use of land value, if it is a home-installed kitchen processor directly discharged sewers, will produce sewage and odor, which oil will also reduce drainage, and finally landfill.
environmental hazards still exist, so the small editor in this article introduced the environmental non-polluting biological treatment kitchen waste technology.
high content of kitchen waste organic matter, can be combined with some breeding.
First, the waste oil is separated by oil-water separators, processed into biodiesel, and the remaining waste is sent to the cultured (black water plant, where it swallows large amounts of organic matter and mixes it with the soil to convert it into nutrients that can be used by itself or other organisms.
can extract kinase and protein feed additives, manure can be used as an efficient bio-organic fertilizer.
Blackwater is a rotting insect that originated in the South American grasslands, feces and carcasses of predators, food can be leftovers leftovers, and then eat the rest into organic fertilizer, breeding eggs can feed chickens, ducks, mud.
effect shows: a pound of black water to eat two pounds of kitchen waste, breeding volume and kitchen waste disposal in direct ratio.
of cultured earthworms, 660 square metres of land can handle 100 tons of organic waste per year, producing 2-4 tons of radon and 37 tons of high-level manure.
this biological treatment technology combined with aquaculture, that is, to reduce costs and improve the economic benefits of aquaculture, and for the environment is not harmful.
In biotechnology, anaerobic biological method, aerobic treatment method, anaerobic/aerobic combination method materialization and bio-combination method, high-efficiency de nitrous technology, microbial strengthening technology, membrane bioreactive device technology, there are a variety of microbial populations, it is these microbial populations coordinated with each other, mutually reinforcing, forming a complex ecosystem, so that kitchen waste stabilization, and even become a renewable resource.
There are also some plastic membranes in kitchen waste that need to be bioprocessed to produce lactic acid through anaerobic fermentation of kitchen waste, which in turn synthesizes polylectic acid, a biodegradable plastic technology, opening up a new way for the resourceization of kitchen waste and the reduction of lactic acid production costs.
the benefits of biotechnology in treating kitchen waste, in addition to the aforementioned, the back of this plastic film treatment benefits a few points, the plastics industry provides a wealth of raw material sources, solve environmental pollution problems, reduce urban waste emissions. More than
is about biotechnology treatment kitchen waste introduction, for the previous incineration, landfill, crushing straight row, biotechnology is the most environmentally friendly, the most worthy of research and promotion of kitchen waste treatment, as long as people do a good job of garbage sorting, and then build some of these farms, the two, I believe that kitchen waste will no longer become a burden on the urban environment.
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