Soil improver
A technology of soil improver and water-retaining agent, applied in application, organic fertilizer, fertilization device, etc., which can solve the problems of agricultural production being vulnerable to drought, low irrigation efficiency, and low soil fertility, so as to reduce soil erosion and improve irrigation efficiency , the effect of improving soil structure
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Embodiment 1
[0011] A soil conditioner, comprising the following raw materials: 630 kg of organic fertilizer, 30 kg of binder, 200 kg of peat soil, 80 kg of water-retaining agent, 20 kg of phosphate rock powder, and 40 kg of peanut cake fertilizer; wherein the water-retaining agent is biological Water-retaining agent; the organic fertilizer includes human excrement, pig manure, cow dung, and chicken manure; the peanut cake fertilizer contains 20% water and 80% organic matter.
Embodiment 2
[0013] A soil improver, comprising the following raw materials: 570 kg of organic fertilizer, 35 kg of binder, 220 kg of peat soil, 95 kg of water-retaining agent, 30 kg of phosphate rock powder, and 50 parts of peanut cake fertilizer; wherein the water-retaining agent is biological Water-retaining agent; the organic fertilizer includes human excrement, pig manure, cow dung, and chicken manure; the peanut cake fertilizer contains 10% water and 90% organic matter.
Embodiment 3
[0015] A soil improver, comprising the following raw materials: 530 kg of organic fertilizer, 40 kg of adhesive, 250 kg of peat soil, 100 kg of water-retaining agent, 30 kg of phosphate rock powder, and 50 kg of peanut cake fertilizer; wherein the water-retaining agent is biological Water-retaining agent; the organic fertilizer includes human excrement, pig manure, cow dung, and chicken manure; the peanut cake fertilizer contains 20% water and 80% organic matter.
[0016] The soil improver provided by the present invention is mainly aimed at thin soil layers and low soil fertility; there are many cracks and shafts on the surface, and surface water is easily converted into groundwater, resulting in water shortage on the surface. The development of agriculture depends on irrigation, and the irrigation efficiency is low. Low Kashi landform land use, after application, it can bond the soil layer, improve soil fertility, keep water in the soil layer, and improve irrigation efficienc...
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