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A kind of oil pollution removal method

A technology for removing oil stains and oil stains, which is applied to the cleaning of cleaning equipment, household cleaning devices, household products, etc., and can solve problems such as polluted water sources, poor water resistance, and reduced decontamination performance, and achieves simple production processes and good degreasing effects , Put an end to the effect of waste oil

Active Publication Date: 2015-09-30
LUOYANG INST OF SCI & TECH
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

However, there are still various disadvantages, such as: sodium alkylbenzenesulfonate (LAS): poor water resistance, decontamination performance can be reduced with the hardness of water, and strong degreasing power, which has certain irritation to the skin when washing by hand sex
Sodium tripolyphosphate: Phosphates, commonly used additives in detergents, have been used for decades. A large amount of phosphates discharged into the water will cause over-nutrition of the water, resulting in a large number of algae, destroying the ecological balance of the water area and causing serious damage to the environment. pollute the water, pollute the environment
Its disadvantage is that it is greatly affected by water quality. As the water hardness increases, the decontamination ability decreases.

Method used

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  • A kind of oil pollution removal method
  • A kind of oil pollution removal method
  • A kind of oil pollution removal method

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0036] Advanced treatment of tableware oil stains:

[0037] Step 1: Take pith from corn stalks, crush the corn stalk pith to less than 0.355mm, and set aside;

[0038] Step 2: Add the crushed corn stalk pith in step 1 to the tableware with oil stains. The total mass of the added corn stalk pith is 6.60% of the oil stain mass. The corn stalk pith is added to the tableware in four times. It accounts for 65.02% of the total mass of the required corn stalk pith. Use the corn stalk pith to wipe the tableware, and after wiping, drain the corn stalk pith on the tableware;

[0039] The ratio of the second addition to the total mass of the required corn stalk pith is 15.70%, and the tableware is wiped with the corn stalk pith, and after wiping, the corn stalk pith on the tableware is poured out;

[0040] The third addition accounts for 9.09% of the total mass of the required corn stalk pith. Wipe the tableware with the corn stalk pith. After wiping, pour off the corn stalk pith on the...

Embodiment 2

[0044] Advanced treatment of tableware oil stains:

[0045] Step 1: taking the pith from the corn stalks, crushing the corn stalk pith to 0.355-0.450 mm, and set aside;

[0046] Step 2: Add the corn stalk pith crushed in step 1 to the tableware with oil stains. The total mass of the added corn stalk pith is 6.63% of the oil stain mass. The corn stalk pith is added to the tableware in four times. Accounting for 60.58% of the total mass of corn stalk pith required, wipe the tableware with corn stalk pith, and drain the corn stalk pith on the tableware after wiping;

[0047] The second addition accounts for 18.04% of the total mass of the required corn stalk pith, and the tableware is wiped with the corn stalk pith, and after wiping, the corn stalk pith on the tableware is poured out;

[0048] The third addition accounts for 11.98% of the total mass of the required corn stalk pith. Wipe the tableware with the corn stalk pith. After wiping, pour off the corn stalk pith on the table...

Embodiment 3

[0052] Advanced treatment of tableware oil stains:

[0053] Step 1: taking the pith from the corn stalks, crushing the corn stalk pith to 0.450-0.900 mm, and set aside;

[0054] Step 2: Add the corn stalk pith crushed in step 1 to the tableware with oil stains. The total mass of the added corn stalk pith is 8.51% of the oil stain mass. The corn stalk pith is added to the tableware in four times. Accounting for 55.05% of the total mass of the required corn stalk pith, wipe the tableware with the corn stalk pith, and drain the corn stalk pith on the tableware after wiping;

[0055] The second addition accounts for 23.64% of the total mass of the required corn stalk pith, and the tableware is wiped with the corn stalk pith, and after wiping, the corn stalk pith on the tableware is poured out;

[0056] The third addition accounts for 10.45% of the total mass of the required corn stalk pith. Wipe the tableware with the corn stalk pith. After wiping, pour off the corn stalk pith on...

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PUM

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Abstract

The invention discloses a greasy dirt cleaning method, comprising the following steps: taking marrow from corn stalk, crushing the corn stalk marrow to be lower than 2.5mm, wherein the total mass of the added corn stalk marrow is 6.60-15.98% of the mass of the greasy dirt, adding the corn stalk marrow in table-wares in four times, wiping after the corn stalk marrow is added, wherein the dosage of each time is 39.19-65.01%, 13.79-26.16%, 9.09-20.73% and 9.40-16.50% of the total mass of the corn stalk marrow in sequence, after wiping for the third time, adding 0.05mL of NaHCO3 solution with mass percentage of 1% in each 100cm<2> of table-wares, adding the corn stalk marrow for a fourth time, wiping, then adding 0.05mL of NaHCO3 solution with mass percentage of 1% in each 100cm<2> of table-wares, washing the surfaces of the table-wares, washing the table-wares by clear water. With the adoption of the method, the greasy dirt on the table-wares is removed, the production technique is simple, and the raw material used is natural material, so that the method is beneficial for environment protection.

Description

technical field [0001] The invention relates to the technical field of tableware cleaning agents, in particular to an environment-friendly corn stalk tableware cleaning agent. Background technique [0002] Wu Shiwei's article published in the 33rd issue of "Technology Innovation Herald" in 2008 - "Research on Environmentally Friendly Dishwashing Detergents" pointed out that the development trend of dishwashing detergents is to use natural surfactants to produce dishwashing detergents. The reasons are as follows: Traditional surfactants are mostly salt detergents, which have good detergency and various properties. However, there are still various disadvantages, such as: sodium alkylbenzenesulfonate (LAS): poor water resistance, decontamination performance can be reduced with the hardness of water, and strong degreasing power, which has certain irritation to the skin when washing by hand sex. Sodium tripolyphosphate: Phosphates, commonly used additives in detergents, have be...

Claims

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Application Information

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Patent Type & Authority Patents(China)
IPC IPC(8): A47L17/00
Inventor 张新爱张小军张懋楠刘辉敏袁霄梅
Owner LUOYANG INST OF SCI & TECH
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