A kind of preparation method of seedling-raising composite substrate
A production method and technology of composite substrates, applied in the field of production of composite substrates for seedling cultivation, can solve problems such as lack of practical operability, underestimation of agricultural and forestry waste, and inability to truly scale production
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Embodiment 1
[0028] a. Remove plastics, stones and other irrelevant or harmful things in the agricultural and forestry waste, and then use a branch shredder for the first crushing until the particle size of the agricultural and forestry waste is within 5cm, and add 0.5Kg / m3 of materials After the solid urea is mixed evenly, it shall be compacted and stacked for 5 days. During this period, when the temperature of the stacked material rises above 50°C, it shall be turned over once. After turning over, it is not necessary to compact it again and continue to stack until the moisture content is 68-72%;
[0029] b. Use a hammer mill to pulverize the stacked material obtained in step a until the material passes through a 4.75mm sieve, adjust the moisture content of the material to 60-65%, and add liquid EM bacteria to the material, and then use urea to adjust the carbon-nitrogen ratio of the material to 20:1, stacking materials for aerobic fermentation;
[0030] c. During the aerobic fermentation...
Embodiment 2
[0033] a. Remove plastics, stones and other irrelevant or harmful things in the agricultural and forestry waste, and then use a branch shredder for the first crushing until the particle size of the agricultural and forestry waste is within 4cm, and add 0.5Kg / m3 of materials After the solid urea is mixed evenly, it is compacted and stacked for 6 days. During this period, when the temperature of the stacked material exceeds 50°C, it is turned over twice.
[0034] b. Use a hammer mill to pulverize the stacked material obtained in step a until the material passes through a 4.75mm sieve, adjust the moisture content of the material to 65-70%, and add liquid EM bacteria to the material, and then use urea to adjust the carbon-nitrogen ratio of the material to 22:1, stockpiling for aerobic fermentation;
[0035] c. During the aerobic fermentation process, control the stacking temperature within the range of 55 to 65°C, and when the fermentation temperature is stabilized below 40°C and ...
Embodiment 3
[0038] a. Remove plastics, stones and other irrelevant or harmful things in the agricultural and forestry waste, and then use a branch shredder for the first crushing until the particle size of the agricultural and forestry waste is within 10cm, and add 0.5Kg / m3 of materials After the solid urea is mixed evenly, it should be compacted and stacked for 7 days. During this period, when the temperature of the stacked material exceeds 50°C, it will be turned over twice. After turning, it is not necessary to compact it and continue to stack until the moisture content reaches 60-70%;
[0039] b. Use a hammer mill to pulverize the stacked material obtained in step a until the material passes through a 4.75mm sieve, adjust the moisture content of the material to 60-75%, and add liquid EM bacteria to the material, and then use urea to adjust the carbon-nitrogen ratio of the material to 25:1, stacking materials for aerobic fermentation;
[0040] c. During the aerobic fermentation process...
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