Energy-saving and environmental-protection organic suspension composite fertilizer and preparation method thereof

Abstract

The invention relates to an energy-saving and environmental-protection organic suspension composite fertilizer. The energy-saving and environmental-protection organic suspension composite fertilizer comprises, by weight, 27.6-35.1 parts of organic matters, 18.5-37.1 parts of nutrition substances, 2.0-4.5 parts of active substances, 9.0 parts of a suspending agent and 26.8-30.3 parts of water. The energy-saving and environmental-protection organic suspension composite fertilizer is a green, low-carbon, energy-saving and environmental-protection organic fertilizer, has the characteristics of high content of organic matters, low production cost, soil structure improvement, soil fertility enhancement, nutrient loss reduction, fertilizer utilization rate improvement, promotion of growth of roots of crops, improvement of the output and the quality of the crops, containing of active substances required by plants, high bioactivity and physiological stimulation, and strong drought, disease, low temperature and other adversity resistances. The composite fertilizer has the advantages of non-toxicity and harmlessness, high safety to humans and animals, environmental protection, reduction of environmental pollution of farmlands, maintenance of the sustainable development of the agriculture, and great reduction of the use amount of the fertilizer.

Description

the structure of the environmentally friendly knitted fabric provided by the present invention; figure 2 Flow chart of the yarn wrapping machine for environmentally friendly knitted fabrics and storage devices; image 3 Is the parameter map of the yarn covering machine

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AI Technical Summary

Benefits of technology

This patented technology describes making certain chemical products by mixing them with other ingredients at right ratios for better performance or environmental benefits. These mixtures have been shown effective against diseases caused by various factors like waterlogging (eutrophoresis) and insect infesting pests on plants grown underground. They also enhance photosynthesis and reduce stress from excessive rainfall without losing their protectants. Overall, this new method allows farmers to use less expensive resources while still providing healthier food options.

Problems solved by technology

This patented technical solution described in the patented text discusses how long ago harms plants due to overuse or lack of adequacy during growing season. These issues include reduced productivity rates caused by pesticide contaminants (pesticides), negative impact on public health security measures like monitoring groundwater quality indicators, potential damage from diseases associated with plant roots called root rotis tissue necrosis ("RUT"), and environmental concerns including air pollutions and global warming. To address these challenges, new types of fertility promoters were developed based on various factors related to resource management practicality: reducing disposal loadings of effluence waters; minimizing the consumption of fertile liquids containing sulfur and selenium; maximizing efficiency through efficient field technologies involving multiple processes at once without adding unnecessary chemical fertils, while ensuring proper functioning of cropless lands and avoiding environmental hazards posing risks to workers.

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