Method for preparing oil-acyl lysine sodium and composition comprising surfactant through phase-transfer catalysis

A technology of sodium cocoyl lysine and surfactant, which is applied in the field of composition preparation, can solve problems such as poor solubility, and achieve the effects of less reaction steps, high content of active substances, and high safety

Inactive Publication Date: 2015-05-13
BEIJING TECHNOLOGY AND BUSINESS UNIVERSITY
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

However, the disadvantage of the method described in ZL 200110162138.8 is that the catalyst used is metal oxide and carrier 4A zeolite, which is a heterogeneous cat

Method used

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  • Method for preparing oil-acyl lysine sodium and composition comprising surfactant through phase-transfer catalysis
  • Method for preparing oil-acyl lysine sodium and composition comprising surfactant through phase-transfer catalysis

Examples

Experimental program
Comparison scheme
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Example Embodiment

[0023] Example 1:

[0024] Add 0.1 mol coconut oil and 35.1 g PEG8000 to a reaction flask equipped with a stirrer, thermometer, water separator and reflux condenser. After heating to 100 ℃, stir and melt, add 0.3 mol sodium lysine, heat to 150 ℃, and react at a constant temperature. In 10 hours, 1.6% sodium caprylyl lysine content, 2.1% sodium decanoyl lysine content, 32.2% sodium lauroyl lysine content, 12.8% sodium myristoyl lysine content, palmitoyl lysine content Sodium content 7.1%, sodium linoleyl lysine content 1.5%, sodium oleoyl lysine content 11.6%, sodium stearoyl lysine content 1.6%, sodium lysine content 0.4%, sodium fatty acid content 0.9% , PEG8000 content 22.6%, glycerol content 5.6% sodium cocoyl lysine surfactant composition.

Example Embodiment

[0025] Example 2:

[0026] Add 0.1 mol palm kernel oil and 35.5 g PEG8000 into a reaction flask equipped with stirring, thermometer, water separator, and reflux condenser, heat up to 100 ℃, stir and melt, add 0.3 mol sodium lysine, heat to 160 ℃, constant temperature After 8 hours of reaction, 0.1% sodium caproyl lysine content, 1.6% sodium octanoyl lysine content, 2.1% sodium decanoyl lysine content, 31.1% sodium lauroyl lysine content, and myristoyl lysine content were obtained. Sodium content 12.7%, sodium palmitoyl lysine content 7.1%, sodium linoleoyl lysine content 1.6%, sodium oleoyl lysine content 12.3%, sodium stearoyl lysine content 1.6%, arachidic acid A palm kernel oleoyl lysine sodium surfactant composition with a sodium lysine content of 0.1%, a sodium lysine content of 0.4%, a fatty acid sodium content of 1.0%, a PEG8000 content of 22.6%, and a glycerol content of 5.7%.

Example Embodiment

[0027] Example 3:

[0028] Add 0.1 mol olive oil and 41.7g PEG8000 into a reaction flask equipped with a stirrer, thermometer, water separator, and reflux condenser. After heating to 100℃, stir and melt, add 0.3 mol sodium lysine, heat to 160℃, and react at a constant temperature. In 8 hours, 7.3% sodium palmitoyl lysine content, 0.5% sodium palmitoyl lysine content, 60.1% sodium oleoyl lysine content, 2.4% sodium stearoyl lysine content, and arachidoyl lysine An olive oil acyl lysine sodium surfactant composition with a sodium content of 0.2%, a sodium lysine content of 0.5%, a fatty acid sodium content of 1.0%, a PEG8000 content of 22.5%, and a glycerol content of 5.5%.

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Abstract

The invention discloses a method for preparing oil-acyl lysine sodium and a composition comprising the surfactant through phase-transfer catalysis, belonging to the technical field of fine chemical engineering. According to the technology for synthesizing an oil-acyl lysine sodium type surfactant provided by the invention, oil and lysine sodium are reacted to generate the oil-acyl lysine sodium in the presence of phase-transfer catalysts PEG8000. The method is high in yield and high in raw material utilization rate, the phase-transfer catalysts PEG8000 refer to matrix raw materials and active ingredients of detergents, cosmetics and medicines and has the effects of regulating the viscosity, stabilizing and moisturizing, the product does not need to be separated and purified and can be directly used, the product is a composition of acyl lysine sodium homolog of different carbon chains, the surfactant combination principle is met, the synergistic effect can be achieved, the content of active matters is high, the surface activity is high, the synthetic route is simple, the pollutants are avoided, and the method is an environment-friendly synthetic method. The invention also discloses a surfactant composition comprising the oil-acyl lysine sodium.

Description

technical field [0001] The present invention relates to the preparation method of fatty acid acyl lysine sodium and the composition that comprises this surfactant, specifically in the presence condition of phase transfer catalyst polyethylene glycol 8000 (PEG8000), utilize grease and sodium lysine The invention relates to the reaction synthesis of fatty acyl lysine sodium surfactant, which belongs to the technical field of fine chemical industry. Background technique [0002] Surfactant is an important functional fine chemical, which is widely used in various industrial sectors and fields due to its special functions. Fatty acyl amino acid surfactant is a kind of protein-like mild anionic surfactant obtained by structural modification of common soaps. In addition to emulsification, washing, dispersion, foaming, penetration, and enhancement In addition to the basic properties such as solubility, compared with ordinary soap surfactants, due to the introduction of amide groups...

Claims

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Application Information

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IPC IPC(8): B01F17/22B01F17/28C09K23/22C09K23/28
Inventor 徐宝财张桂菊周雅文刘红芹韩富赵莉张华涛王楠
Owner BEIJING TECHNOLOGY AND BUSINESS UNIVERSITY
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