Soil conditioner for regulating sugarcane field acidity

An acid soil and conditioner technology, applied in soil conditioning materials, organic fertilizers, fertilizer mixtures, etc., can solve the problems of soil microbial colony destruction, affecting sugarcane growth quality, soil conditioner pollution, etc. Low cost and the effect of enhancing the penetration of fertilizer and water

Inactive Publication Date: 2020-06-09
广西四季沣禾农业科技有限公司
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0002] When planting sugarcane, suitable planting soil is required. The overacid and overalkali soil environment will seriously affect the growth quality of sugarcane. When the pH of sugarcane soil is acidic, it is necessary to use soil conditioner to adjust the pH of the soil to the suitable level of sugarcane. Scope; the soil conditioner in the prior art has a single raw material, and mostly adopts waste, tail liquid, industrial and mining residues as the raw material for production, which causes the soil conditioner produced to have certain pollution, which not only causes microbial colonies in the soil Destruction will also cause certain damage to sugarcane. At the same time, the soil conditioner in the prior art has higher procurement costs. When used, it is easy to cause soil compaction and affect the growth quality of sugarcane. Acidic soil conditioners are necessary

Method used

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Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0019] 1): Select dolomite, limestone, potassium shale, ammonium hydrogen phosphate, humic acid, nitrogen-fixing Helicobacter, large bacillus and tricalcium phosphate as raw materials, wash the dolomite, limestone, and potassium shale respectively and carry out Calcining at high temperature, crushing the calcined ore with a crusher, and screening the powder with a vibrating sieve after crushing to obtain ore powder, weighing equal amounts of boron humate and molybdenum humate and mixing them into humic acid, And weigh a certain amount of tricalcium phosphate powder and ammonium hydrogen phosphate, at the same time, weigh the strains of nitrogen-fixing helicobacter and large bacillus for subsequent use;

[0020] 2): Activate the strains of nitrogen-fixing Helicobacter and Bacillus grandis weighed in 1), and dolomite, limestone, potassium shale, ammonium hydrogen phosphate, humic acid, tricalcium phosphate and the activated Nitrogen-fixing Helicobacter and Large Bacillus, accord...

Embodiment 2

[0023] 1): Select dolomite, limestone, potassium shale, ammonium hydrogen phosphate, humic acid, nitrogen-fixing Helicobacter, large bacillus and tricalcium phosphate as raw materials, wash the dolomite, limestone, and potassium shale respectively and carry out Calcining at high temperature, crushing the calcined ore with a crusher, and screening the powder with a vibrating sieve after crushing to obtain ore powder, weighing equal amounts of boron humate and molybdenum humate and mixing them into humic acid, And weigh a certain amount of tricalcium phosphate powder and ammonium hydrogen phosphate, at the same time, weigh the strains of nitrogen-fixing helicobacter and large bacillus for subsequent use;

[0024] 2): Activate the strains of nitrogen-fixing Helicobacter and Bacillus grandis weighed in 1), and dolomite, limestone, potassium shale, ammonium hydrogen phosphate, humic acid, tricalcium phosphate and the activated Nitrogen-fixing Helicobacter and Large Bacillus, accord...

Embodiment 3

[0027] 1): Select dolomite, limestone, potassium shale, ammonium hydrogen phosphate, humic acid, nitrogen-fixing Helicobacter, large bacillus and tricalcium phosphate as raw materials, wash the dolomite, limestone, and potassium shale respectively and carry out Calcining at high temperature, crushing the calcined ore with a crusher, and screening the powder with a vibrating sieve after crushing to obtain ore powder, weighing equal amounts of boron humate and molybdenum humate and mixing them into humic acid, And weigh a certain amount of tricalcium phosphate powder and ammonium hydrogen phosphate, at the same time, weigh the strains of nitrogen-fixing helicobacter and large bacillus for subsequent use;

[0028] 2): Activate the strains of nitrogen-fixing Helicobacter and Bacillus grandis weighed in 1), and dolomite, limestone, potassium shale, ammonium hydrogen phosphate, humic acid, tricalcium phosphate and the activated Nitrogen-fixing Helicobacter and Large Bacillus, accord...

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PUM

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Abstract

The invention discloses a soil conditioner for regulating sugarcane field acidity. The soil conditioner is prepared from the following raw materials: 20%-25% of dolomite, 22%-24% of limestone, 13%-15%of potassium shale, 15%-17% of ammonium hydrogen phosphate, 8%-11% of humic acid, 4%-8% of nitrogen-fixing helicobacter, 4%-6% of bacillus megaterium and 3%-5% of tricalcium phosphate. According to the soil conditioner, dolomite, limestone, potash shale, ammonium hydrogen phosphate, humic acid, nitrogen-fixing helicobacter, bacillus megaterium and tricalcium phosphate are selected as raw materials to prepare the soil conditioner, and the soil conditioner is rich in elements required by sugarcane growth and can effectively adjust the acidity of sugarcane fields; the raw material purchasing cost is low, so that the production cost can be effectively reduced; and beneficial bacteria are added into the soil conditioner, so that the soil activity can be promoted, and the sugarcane root growtheffect is improved.

Description

technical field [0001] The invention relates to the technical field of soil conditioners, in particular to a soil conditioner for regulating the acidity of sugarcane fields. Background technique [0002] When planting sugarcane, suitable planting soil is required. The overacid and overalkali soil environment will seriously affect the growth quality of sugarcane. When the pH of sugarcane soil is acidic, it is necessary to use soil conditioner to adjust the pH of the soil to the suitable level of sugarcane. Scope; the soil conditioner in the prior art has a single raw material, and mostly adopts waste, tail liquid, industrial and mining residues as the raw material for production, which causes the soil conditioner produced to have certain pollution, which not only causes microbial colonies in the soil Destruction will also cause certain damage to sugarcane. At the same time, the soil conditioner in the prior art has higher procurement costs. When used, it is easy to cause soil...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): C09K17/40C09K101/00
CPCC09K17/40C09K2101/00
Inventor 覃梦玥
Owner 广西四季沣禾农业科技有限公司
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