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Apaxfon (Baotou) Biotechnology Co. Ltd. was established in August 2014. It is a high-tech enterprise that is controlled by China's Fortune 500 company, Shuangliang Group Co. Ltd. Apaxfon is committed to the development and industrialization of novel technologies in the fields of biotechnology, clean energy, and ecological agriculture. Apaxfon (Baotou) Biotechnology Co. Ltd. (a prominent subsidiary and production base) has an annual production capacity of 600,000 tons of organic fertilizer. The company is an “green” technological leader and a key supporter of sustainable and modern agriculture in Inner Mongolia. Apaxfon’s technical team is composed of international pioneers from relevant fields and has 10 staff that hold doctorate and master’s degrees. The company's core technological team won first prize in the North America High Level Technology competition-"Winning in the 21st Century", which was held in Silicon Valley in 2010 (supported by the "US-China High-level Talent Exchange Association" and "TEEC Angel Fund"). The former Consul General of the Chinese Consulate General in San Francisco presented the award. This event and our technology were reported on by scores of media platforms in the United States and China. At present, Apaxfon owns a number of patents in the United States and China. The organic fertilizer products of Apaxfon include two series named "Ginate" and "Taifeng", which have achieved significant market integration and field performances. “Ginate" organic fertilizer mainly serves large-scale planting of field crops while "Taifeng" organic fertilizer mainly serves facility agriculture and planting of highly economical crops. The key features of Apaxfon’s two series products include: richness in organic matter; various vital nutrients that are required for plant health; humic acid content as well as natural and beneficial bacteria that are readily accessible to plants. Furthermore, the two series products are free of antibiotics, pathogenic bacteria, and other harmful substances; possesses abilities such as soil reunification and promoting the formation of soil aggregates while loosening and improving soil compaction; significantly improves soil permeability and ecology; enhances growth of beneficial bacteria in soil while inhibiting pests and diseases; effectively enhances soil water- and fertilizer-holding capacities.