Poly glucosamine hexanedioic acid vinyl ester material for reducing content of phenol type substances

A technology of phenols and mass percentage content is applied in the field of polyglucosamine adipate composite materials, which can solve the problems of increasing harmful components, complicated preparation process, influence on the taste of smoke, etc., so as to reduce the harmful components of phenols, reduce The effect of maintaining intrinsic quality and avoiding loss of aroma components

Active Publication Date: 2010-12-22
CHINA TOBACCO ZHEJIANG IND +1
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

Chinese patent ZL200710162960.8 discloses mixing extracts of some Chinese herbal medicines into cut tobacco as a method to reduce harmful phenolic substances in cigarette smoke, but this method may affect the normal combustion of cut tobacco and affect the taste of smoke , and even increase other harmful ingredients
Chinese patent application CN200910307638.9 discloses that calixarene in solid powder form is directly added to cigarette filters as an additive, which can reduce phenol by abo

Method used

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  • Poly glucosamine hexanedioic acid vinyl ester material for reducing content of phenol type substances
  • Poly glucosamine hexanedioic acid vinyl ester material for reducing content of phenol type substances
  • Poly glucosamine hexanedioic acid vinyl ester material for reducing content of phenol type substances

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0040] A 5 mg / mL aqueous solution of polyglucosamine vinyl adipate hydrochloride (solution A) and a 5 mg / mL aqueous solution of polygalactosyl acrylate (solution B) were prepared. Take 5.0g granular zeolite, mix it with 7.5ml solution B, stir evenly, and let stand at 15°C for 1h. Filter and bake all the solids at 60°C for 72h. The obtained solid was mixed with 10 mL of solution A, stirred evenly, and allowed to stand at 30° C. for 1 h. Filtrate and dry the filtered solid at 75°C for 50 hours to obtain a dry solid, that is, to complete one self-assembly, and then treat the dry solid with solution B and solution A for 10 times according to the above method to obtain 22 monolayers, The outermost layer is the above-mentioned polyglucosamine vinyl adipate hydrochloride hydrophilic polycation to obtain a composite material with high water retention, and the weight percentage of the polycation loaded in the composite material is 5%. In the infrared spectrum of the composite materia...

Embodiment 2

[0047] Dissolve polyglucosamine vinyl adipate hydrochloride in water to prepare an aqueous solution of 5 mg / mL polyglucosamine vinyl adipate hydrochloride (solution A) and an aqueous solution of 3 mg / mL sodium alginate (solution B) . Take 5.0g of powdered silica gel, mix it with 7.5ml of solution B, stir evenly, and let stand at 25°C for 3h. Filter and bake all the solids at 60°C for 72h. The obtained solid was mixed with 5 mL of solution A, stirred evenly, and allowed to stand at 25° C. for 1 h. Filtrate and dry the filtered solid at 75°C for 50 hours to obtain a dry solid, that is, to complete one self-assembly, and then treat the dry solid with solution B and solution A for 6 times according to the above method to obtain 8 monolayers, The outermost layer is the above-mentioned polyglucosamine vinyl adipate hydrochloride hydrophilic polycation to obtain a composite material with high water retention, and the weight percentage of the polycation loaded in the composite mater...

Embodiment 3

[0054] Polyglucosamine vinyl adipate hydrochloride was dissolved in water to prepare an aqueous solution of 0.2mg / mL polyglucosamine vinyl adipate hydrochloride (solution A) and an aqueous solution of 6mg / mL carboxymethyl chitosan (Solution B). Take 5.0g granular macroporous adsorption resin, mix it with 4ml solution B, stir evenly, and let stand at 15°C for 2h. Filter and bake all the solids at 60°C for 48h. The obtained solid was mixed with 10 mL of solution A, stirred evenly, and allowed to stand at 20° C. for 2 h. Filtrate and dry the filtered solid at 75°C for 50 hours to obtain a dry solid, that is, to complete one self-assembly, and then treat the dry solid with solution B and solution A for 5 times according to the above method to obtain 12 monolayers, The outermost layer is the above-mentioned polyglucosamine vinyl adipate hydrochloride hydrophilic polycation to obtain a composite material with high water retention, and the weight percentage of the polycation loaded...

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Abstract

The invention discloses a poly glucosamine hexanedioic acid vinyl ester material for reducing the content of phenol type substances. The composite material is the material which takes a porous material as a carrier and alternately loads polyanions and hydrophilic polycations on the porous material in the way of carrying out self-assembly layer upon layer, and the hydrophilic polycations are loaded on the outmost layer of the porous material, wherein the hydrophilic polycations are poly glucosamine hexanedioic acid vinyl ester hydrochloride. The composite material can be used for preparing cigarette filters and can be prepared into the binary compound cigarette filters or the three-section compound cigarette filters. The poly glucosamine hexanedioic acid vinyl ester material can reduce the phenol type harmful substances in cigarette smoke by utilizing the water selectivity in the composite material; simultaneously, as a large number of flavor organic compounds can not be dissolved in water, the poly glucosamine hexanedioic acid vinyl ester material can avoid the loss of flavor components and keep the inherent quality of cigarettes.

Description

technical field [0001] The invention relates to the technical field of cigarette tar reduction and harm reduction, in particular to a polyglucosamine vinyl adipate composite material for selectively reducing the content of phenols in cigarette smoke. Background technique [0002] For a long time, the world tobacco industry has always attached great importance to reducing the harm and tar of cigarettes. In recent years, WHO has made specific regulations on the control of harmful components in smoke, which have received positive responses from countries all over the world. Aiming at various harmful components in cigarette smoke, researchers have developed a variety of harm reduction technologies, among which the modification of cigarette filters is one of the most effective means of harm reduction; by adding or compounding nanomaterials, Polymer materials and biological materials can effectively reduce some harmful components of cigarette smoke. [0003] There are many compo...

Claims

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Application Information

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IPC IPC(8): A24D3/06A24D3/10
Inventor 储国海周国俊林贤福金鑫刘金莉徐键
Owner CHINA TOBACCO ZHEJIANG IND
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