Method for using integral corncobs as raw material for preparing agaric fungus bag

Abstract

The invention relates to a method for using integral corncobs as a raw material for preparing an agaric fungus bag. The method comprises the following steps: fresh or parched integral corncobs which do not need to be crushed are used as a main raw material, wherein the fresh corncobs can be directly used while the parched corncobs have to be soaked in lime water for 20-24 hours before being scooped up, piled, fermented and used; weed tree saw dust, wheat bran, corn flour, quicklime and gypsum powder are used as auxiliary materials; the fresh corncobs or the fermented corncobs and the auxiliary materials are bagged, disinfected, inoculated and cultivated to prepare the agaric fungus bag and a mushroom fungus bag. By means of the method, both the fresh corncobs and the parched corncobs can be used, therefore, the application of the raw material is not limited; the corncobs do not need to be crushed when used and are used integrally instead, therefore, investment including facilities, equipment and labor force needed for crushing the corncobs usually is eliminated, and the speed is low and the period is long when hyphae convert the corncobs.

Description

technical field [0001] The invention relates to the field of a new technology for edible fungus cultivation, in particular to a method for preparing agaric fungus bags from whole cobs of corn cobs. Background technique [0002] my country's production of corn ranks second in the world, and corn is cultivated all over the country. Every year, farmers produce a large amount of by-products—corn stalks and corncobs—while returning corn pellets to the warehouse. Currently, corn stalks are used as animal feed in silage, but corncobs have been neglected. People mostly use corncobs piled up like mountains and rich in resources as fuel. [0003] Using resource-rich corncobs as raw materials to cultivate fungus can be said to be inexhaustible, so it is of great significance to better develop and utilize resource-rich corncobs and enhance its own value. [0004] Niu Yingping's "New Technology for High-yield Black Fungus Planted in Bags with Corncobs" was established by the author in ...

AI Technical Summary

Problems solved by technology

[0005] The corn cob used in the above technical solution must be completely dry, and the corn cob needs to be crushed into granules before it can be used as a raw material to cultivate fungus. Drying the corn cob is time-consuming and laborious, and crushing the corn cob requires special facilities and equipment. , the cost of corncobs has also increased successively