Pleurotus eryngii, straw mushroom and agaricus bisporus cultivating and recycling technology

The invention discloses a pleurotus eryngii, straw mushroom and agaricus bisporus cultivating and recycling technology which is low in production cost and high in recycling efficiency. The cultivating and recycling technology includes the steps that pleurotus eryngii raw materials in a raw material area are stirred, bagged through a bagging machine, sterilized, cooled below 25 DEG C in a cooling room, inoculated in an inoculating room, cultivated in a pleurotus eryngii cultivating room, propagate in a pleurotus eryngii propagating room and retain freshness in a fresh-keeping storehouse after entering a harvesting and packaging room; waste materials enter a waste material treating room and crushed through a crushing machine, the waste materials enter a straw mushroom propagating room to serve as straw mushroom raw materials, and the straw mushroom raw materials are covered with soil, sterilized, and propagate and is harvested in the straw mushroom propagating room; waste materials enter an agaricus bisporus propagating room to serve as agaricus bisporus raw materials, the agaricus bisporus raw materials are covered with dry cow dung and soil, sterilized, and propagate and is harvested in the agaricus bisporus propagating room, and waste materials enter a farmland to serve as organic fertilizer.