Great breakthrough in biological high nitrogen source fermentation technology

Introduction: the "biological high nitrogen source fermentation technology" research project, which is at the forefront of international egg quality engineering, has recently passed the identification of the expert group The high efficiency bio compound fertilizer developed by this technology can effectively solve the outstanding problems in the development and application of inorganic fertilizer and organic fertilizer in the world Since the 1990s, countries began to seek the transformation of agriculture from the conventional quantitative expansion production mode to the sustainable high-yield and efficient production mode, but the contradiction between high-yield and high-quality has long plagued the rapid development of high-quality and efficient agriculture The development of a kind of fertilizer with high biological activity and high nutrient has become the research direction of many agricultural experts, and "biological high nitrogen source fermentation technology" has become the key link to solve this problem "Biological high nitrogen source fermentation technology" jointly researched by China Agricultural University and Research Institute of agricultural machinery science of China has reached the international advanced level through experts' appraisal The organic fertilizer uses the organic, inorganic and microbial three-dimensional compound organic fertilizer developed by "biological high nitrogen source fermentation technology", which integrates the advantages of biological fertilizer, organic fertilizer and inorganic fertilizer, and achieves the complementary advantages It can not only improve the nutrient content of existing fertilizer, but also reduce the damage of fertilizer to soil, so as to achieve the goal of high quality, high yield and high efficiency of agricultural products According to experts, this bio organic compound fertilizer is especially suitable for the growing green food production China feed industry information network UDW