Automatic intelligent production line and method for recycling organic waste by biological conversion

Abstract

The invention provides an automatic intelligent production line and a method for recycling organic waste by biological conversion. The automatic intelligent production line comprises a tempering and stirring device, a lifting device, a filtering device and a pumping device, wherein the lifting device is arranged on the tempering and stirring device and separately communicates to the tempering andstirring device and the filtering device; the pumping device communicates to the filtering device. The automatic intelligent production line also comprises a biological bed, a stirring device and a conveyor belt one-piece screening device. In a process that a stirring mechanism and an inputting mechanism are driven by a moving mechanism of the stirring device to move along a treatment groove in abiological bed synchronously, organic waste input in the treatment groove is uniformly paved and black soldier fly larvae are input uniformly; in a process that the black soldier fly larvae digest theorganic waste, the organic waste is turned over and thrown through the stirring mechanism, so that the heat-dissipating problem in the process that the black soldier fly larvae digest the organic waste is solved, the digestion efficiency of the black soldier fly larvae is improved, and large-scaled industrial application is achieved.

Description

technical field [0001] The invention relates to the technical field of waste recycling, in particular to an automated intelligent production line and method for reusing biotransformed organic waste resources. Background technique [0002] Black Soldier Fly (Hermetia illucens L.), a saprophytic Soldier Fly insect, can complete a generation in 35 days in a suitable environment. A pair of black soldier flies can lay nearly 1,000 eggs in a lifetime. From eggs to mature larvae, the individual growth is nearly 4,000 times. It is a kind of soldier fly insect that can be produced as a resource. It has important uses in the treatment of livestock manure, the production of animal protein feed and the production of biodiesel. However, the current black soldier fly breeding method is relatively extensive, basically in the stage of local farming, without a complete set of mechanical equipment or complete process design, and completely relying on manual experience and hard work to contro...

AI Technical Summary

Problems solved by technology

[0005] However, when food waste is thrown into the breeding box, since the black soldier fly larvae are at the bottom of the breeding box, the food waste directly covers the black soldier fly larvae, and the black soldier fly larvae will produce a large amount of gas when they digest the food waste. Heat, which in turn affects the efficiency of black soldier flies to digest food waste

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