Iron tailings recycling method
A technology of resource utilization and iron tailings, applied in the direction of land preparation, application, agricultural machinery and implements, etc., can solve the problems of straw polluting the environment and achieve the effect of less investment, strong pertinence, and enhanced absorption
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Embodiment 1
[0025] ① Investigate, measure, and select the work area, arrange the work area plots, and clean up the crop straw, fallen leaves, bricks and stones and other sundries on the soil of the plots.
[0026] ② Strip the surface soil in the work area, and the depth of stripping is 0.5 meters.
[0027] ③Mix the stripped soil with crushed and screened iron tailings, soil improver, and dried human and animal manure after composting in a volume ratio of 4:2:1:1 to make tailings soil. Backfill to original stripped area.
[0028] ④ Interplant different types of plants on the tailings soil, and interplant corn and amaranth at intervals after summer harvest.
[0029] ⑤Experimental analysis determines the heavy metal species with the highest content in the tailings soil, step ④ selects different types of amaranth, and experimentally analyzes the content of heavy metals in the stems and leaves of amaranth, and calculates the content of the most in the tailings soil in each amaranth The avera...
Embodiment 2
[0036] ① Investigate, measure, and select the work area, arrange the work area plots, and clean up the crop straw, fallen leaves, bricks and stones and other sundries on the soil of the plots.
[0037] ②Peel off the surface soil in the work area, and the depth of stripping is 1.0m.
[0038] ③Mix the stripped soil with crushed and screened iron tailings, soil improver, and dried human and animal manure after composting in a volume ratio of 4:2:1:1 to make tailings soil. Backfill to original stripped area.
[0039] ④ Interplant different types of plants on the tailings soil, interplant wheat and spinach at intervals after autumn harvest.
[0040] ⑤ Experimental analysis to determine the top three heavy metal species in the tailings soil, and step ④ to select different types of spinach.
[0041] Experimentally analyze the content of heavy metals in the stems and leaves of spinach, calculate the average content of the heavy metal in the tailings soil of each spinach, arrange in ...
Embodiment 3
[0048] ① Investigate, measure, and select the work area, arrange the work area plots, and clean up the crop straw, fallen leaves, bricks and stones and other sundries on the soil of the plots.
[0049] ② Strip the surface soil in the work area, and the depth of stripping is 1.5 meters.
[0050] ③Mix the stripped soil with crushed and screened iron tailings, soil improver, and dried human and animal manure after composting in a volume ratio of 4:2:1:1 to make tailings soil. Backfill to original stripped area.
[0051] ④ Interplant different types of plants on the tailings soil, interplant wheat and spinach at intervals after autumn harvest.
[0052] ⑤ Experimental analysis to determine the top three heavy metal species in the tailings soil, and step ④ to select different types of spinach.
[0053] Experimentally analyze the sum of the contents of the top three heavy metals in the tailings soil in the stems and leaves of spinach, and calculate the average value of the sum of t...
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