Gas supply system of full closed fungus production workshop

Abstract

The invention discloses a gas supply system of a full closed fungus production workshop. The system comprises the production workshop, the bottom face of one side wall of the production workshop is provided with a waste gas exhausting channel exhausting waste gas, a clean air inlet channel which makes the clean air enter is arranged at the other side of the production workshop, the clean air inlet channel comprises a bottom end horizontal air inlet pipeline arranged outside the production workshop and located at the bottom face, a vertical channel communicated with the bottom end horizontal air inlet pipeline and located on the outer wall of the production workshop, and a top end horizontal air inlet channel which is arranged on the top end of the production workshop and communicated with the vertical channel and extends into the inner side of the production workshop from the outer side of the production workshop, the bottom end horizontal air inlet pipeline is provided with a blower, and a first layer filter screen, a second layer filter screen and a third layer filter screen are alternately arranged on the vertical channel from a near-end of air inflow to a far-end of air inflow in sequence.

Description

technical field [0001] The invention relates to the technical field of fungi cultivation, in particular to an air supply system for a fully enclosed fungus production workshop. Background technique [0002] With the development of science and technology, the production of edible fungi such as mushrooms, oyster mushrooms, enoki mushrooms, and shiitake mushrooms has generally entered into large-scale and industrialized production. Therefore, the production of present edible fungus is generally intensive production, thus also produced the production workshop that is used to produce edible fungus. With the expansion of production scale, edible fungi production workshops such as mushroom houses and cultivation rooms have higher and higher air quality requirements; in turn, the air quality in mushroom houses has an impact on the growth and cultivation of edible fungi in the rooms Also larger. Therefore, in the process of industrialization and factory production of edible fungi, ...

AI Technical Summary

Problems solved by technology

Therefore, in the process of industrialization and factory production of edible fungi, how to ensure the air quality in the edible fungus room and keep the air in the room fresh is difficult to achieve with the current manual method, and the existing air supply system is used It is difficult to guarantee the production quality and output of edible fungi, and at the same time, the equipment investment of the existing edible fungus production device is also large, which correspondingly increases the production cost of edible fungi

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