Dynamic type mushroom base material aerobic and anaerobic combined fermentation facility

A dynamic type mushroom base material aerobic and anaerobic combined fermentation facility is composed of an aerobic fermentation tank (5), an anaerobic fermentation tank (9), a gas holder (14) and a fermented material leaching tank (23); the aerobic fermentation tank (5) is provided with an ammonia...

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Bibliographic Details
Main Authors ZHENG LIWEN, ZHENG YI, CUI BAOWEI
Format Patent
LanguageEnglish
Published 01.07.2015
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Summary:A dynamic type mushroom base material aerobic and anaerobic combined fermentation facility is composed of an aerobic fermentation tank (5), an anaerobic fermentation tank (9), a gas holder (14) and a fermented material leaching tank (23); the aerobic fermentation tank (5) is provided with an ammonia gas discharge pipeline which is connected in the anaerobic fermentation tank (9), a marsh gas pipeline (11) which is connected with the gas holder (14) is arranged on the anaerobic fermentation tank (9), and a discharge channel (13) of the anaerobic fermentation tank (9) passes through a gas holder tank (27), a discharge tank (15) and a digestive material lift truck (18) to be connected in the fermented material leaching tank (23). According to the dynamic type mushroom base material aerobic and anaerobic combined fermentation facility, the aerobic and anaerobic combined fermentation is achieved, and the production efficiency is improved; the aerobic and anaerobic fermentation has the complementary effect, aerobic warming is utilized to provide the temperature condition for the anaerobic fermentation period, and the advantage of aerobic high efficiency is exerted; the ammonia gas is generated through the aerobic fermentation, due to the fact the humic acids are generated through the anaerobic fermentation, and the ammonia gas can be absorbed, so that the nutrition of mushroom materials is increased, the nutrition loss of materials and the environmental pollution are prevented, and multiple purposes are achieved.
Bibliography:Application Number: CN20142855911U