Alga-based organic slow-release compound fertilizer
A compound fertilizer and seaweed technology, which is applied to organic fertilizers, inorganic fertilizers, urea compound fertilizers, etc., can solve the problems of unreasonable compound fertilizer production ratio, poor fertilizer efficiency, and unreasonable use of compound fertilizers.
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Embodiment 1
[0011] An organic slow-release compound fertilizer based on seaweed, including the following components: 1% seaweed, on the one hand, an organic fertilizer that promotes crop growth, and on the other hand, plays a certain role in adsorption, so that the fertilizer effect can be released slowly; smoke foam 1%, uses smoke foam The plant fiber and lignin in it can provide organic fertilizer; plant ash 2%, provide potash fertilizer and trace elements for compound fertilizer; 1% fulvic acid, make fertilizer synergistic, improve soil, stimulate crop growth, improve the quality of agricultural products; nitrogen-fixing bacteria 0.1 %, play the role of nitrogen fixation, reduce the loss of nitrogen fertilizer, and enhance fertilizer efficiency; 15% of urea is coated with isobutylidene diurea, and isobutylidene diurea is a coating material, and urea is coated inside to play a slow release In addition, it is also adsorbed with seaweed. On the basis of being coated, urea is adsorbed by se...
Embodiment 2
[0017] An organic slow-release compound fertilizer based on seaweed, including the following components: 3% seaweed, on the one hand, an organic fertilizer that promotes crop growth, and on the other hand, plays a certain role in adsorption, so that the fertilizer effect can be released slowly; smoke foam 3%, uses smoke foam The plant fiber and lignin in it can provide organic fertilizer; plant ash 5%, provide potassium fertilizer and trace elements for compound fertilizer; 5% fulvic acid, make fertilizer synergistic, improve soil, stimulate crop growth, and improve the quality of agricultural products; nitrogen-fixing bacteria 0.5 %, play the role of nitrogen fixation, reduce the loss of nitrogen fertilizer, and enhance fertilizer efficiency; 35% of urea is coated with isobutylidene diurea, and isobutylidene diurea is a coating material, and urea is coated inside to play a slow release In addition, it is also adsorbed with seaweed. On the basis of being coated, urea is adsorbe...
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