Plant microecological remediation technology is based on the application of microecological seedlings pots. These pots are primarily made from agricultural and forestry solid waste, which undergoes physical and biochemical processing before being molded into shapes for cultivating various plants, achieving superior breeding, nurturing, and planting.

  Each microecological seedlings pot constitutes a microenvironment. The pots introduce a large amount of organic matter into the soil, offering a rich nutrient growth environment for the early plant cultivation. They also serve as “energy exchangers”, absorbing water and expanding in rainy conditions and gradually releasing moisture during rain-free periods, so as to continuously provides energy for plant photosynthesis. By adding micrometer and nanometer-scale minerals, the pots create a breeding ground for microorganisms and improve soil structure to promote the growth of plant root systems. Their dense composition and insulation features of cold resistance and heat insulation allow them to reduce the influence of the unfavorable environment and enhance the tress resistance. Additionally, when a number of microecological seedlings pots are assembled like a community, a new natural ecological environment could be formed through their microorganisms’ interaction, integration and sharing,

  This technology provides a novel method for scientific seedling cultivation, which explores a new process for water-saving afforestation in harsh natural environments, and finds a new pathway for the recycling and reuse of agricultural and forestry solid waste. Its outstanding features include pure organic, full degradation, water and fertilizer preservation, no maintenance, fast growth and slow degradation. And this technology achieves a water saving rate of over 70%, plant survival rate of over 90%, and enables year-round planting for survival and rapid re-greening.