Heavy metal cadmium composite foliar resistance and control agent and preparation method thereof

A technology of inhibitors and heavy metals, applied in botany equipment and methods, biocides, animal repellents, etc., can solve the problems of increasing food production safety, complex production process, poor scalability, etc., and achieve the effect of reducing cadmium Outstanding, simple preparation process and low production cost

Inactive Publication Date: 2020-12-04
CHINA CITY ENVIRONMENT PROTECTION ENGINEERING LIMITED COMPANY
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Benefits of technology

This patented technology improves the retention times of pesticides (pesticidally) when applied onto crops during harvesting processes. It allows them to stay longer inside the plants' roots while reducing their exposure to harmful substances like Cadmium from other sources. By combining these principles with specific chemicals called Silicone Gum Belt Dilatator (SGDB), this new compound becomes effective at controlling weeds without causing damage to sensitive parts of the vegetables being grown. Overall, it provides an improved way to protect food safety and improve productivity through reduced environmental impact caused by heavy metals contamination.

Problems solved by technology

This patented technical problem addressed in the patents relates to improving the quality of crop products produced without causing damage to humans' wellbeing through contamination issues like cadmismality. Current solutions involve adding pesitants to improve cleanliness but also increase costs associated with their use. Therefore, an objective solution needs to address both aspects simultaneously: 1) efficient restoring of degraded vegetables to avoid negative effects; 2) effective removal of cadmonia compounds from plant matrices to protect public safety concerns related to drinking supplies containing cadmnic acid.

Method used

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  • Heavy metal cadmium composite foliar resistance and control agent and preparation method thereof

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0023] A compound cadmium foliar resistance-controlling agent comprises the following components by mass ratio: 10% soluble silicon, 5% glycerin, 1% surfactant, 0.5% thickener, and 83.5% distilled water.

[0024] Its preparation and use include the following steps:

[0025] ① Weigh soluble silicon, glycerin, surfactant, thickener and distilled water according to the set ratio;

[0026] ② Mix the weighed soluble silicon, glycerin, surfactant, thickener and distilled water evenly to obtain the stock solution of the foliar inhibitor control agent.

[0027] ③Use distilled water to dilute the original solution of the foliar inhibitor and control agent into a diluent, the volume ratio of distilled water and the original solution of the foliage inhibitor and control agent is 500:1, and the pH of the diluted solution of the leaf surface inhibitor and control agent is 7.0, and the prepared The inhibitor dilution solution was sprayed on the rice leaves.

Embodiment 2

[0029] A compound cadmium foliar resistance-controlling agent comprises the following components in mass ratio: 15% soluble silicon, 10% glycerin, 2% surfactant, 1% thickener, and 72% distilled water.

[0030] Its preparation and use include the following steps:

[0031] ① Weigh soluble silicon, glycerin, surfactant, thickener and distilled water according to the set ratio;

[0032] ② Mix the weighed soluble silicon, glycerin, surfactant, thickener and distilled water evenly to obtain the stock solution of the foliar inhibitor control agent.

[0033] ③Use distilled water to dilute the original solution of the foliar inhibitor and control agent into a diluent, the volume ratio of distilled water and the original solution of the foliage inhibitor and control agent is 500:1, and the pH of the diluted solution of the leaf surface inhibitor and control agent is 7.0, and the prepared The inhibitor dilution solution was sprayed on the rice leaves.

Embodiment 3

[0035] A compound cadmium foliar inhibitor, comprising the following components by mass ratio: 12.5% ​​soluble silicon, 8% glycerin, 1.5% surfactant, 1% thickener, 77% distilled water.

[0036] Its preparation and use include the following steps:

[0037] ① Weigh soluble silicon, glycerin, surfactant, thickener and distilled water according to the set ratio;

[0038] ② Mix the weighed soluble silicon, glycerin, surfactant, thickener and distilled water evenly to obtain the stock solution of the foliar inhibitor control agent.

[0039] ③Use distilled water to dilute the original solution of the foliar inhibitor and control agent into a diluent, the volume ratio of distilled water and the original solution of the foliage inhibitor and control agent is 500:1, and the pH of the diluted solution of the leaf surface inhibitor and control agent is 7.0, and the prepared The inhibitor dilution solution was sprayed on the rice leaves.

[0040] The composite foliar inhibitor of heavy meta

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Abstract

The invention provides a heavy metal cadmium composite foliar resistance control agent which comprises the following components in percentage by mass: 10%-15% of soluble silicon, 5%-10% of glycerol, 1%-2% of surfactant, 0.5%-1% of thickener and 72%-83.5% of distilled water, and the principles of silicon and glycerol for inhibiting rice grains from enriching heavy metal cadmium are combined, so that the cadmium reduction effect is more outstanding and more stable; meanwhile, crop growth can be promoted, safe production of heavy metal cadmium polluted farmlands is achieved, grain production safety is improved, the preparation method and the use method of the fertilizer are convenient, and the problems that in the prior art, the production process is complex, cost is high, and generalizability is poor are solved.

Description

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Claims

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Application Information

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Owner CHINA CITY ENVIRONMENT PROTECTION ENGINEERING LIMITED COMPANY
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