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基于综合分析方法的成人纸尿裤消臭效果检测体系研究
Research on the Deodorization Effectiveness Detection System for Adult Diapers Based on Integrated Analytical Methods
收稿日期:2024-04-15  
DOI:10.11980/j.issn.0254-508X.2024.11.019
关键词:  成人纸尿裤  消臭效果  臭味化合物  热脱附-气相色谱-质谱法
Key Words:adult diapers  deodorization effectiveness  malodorous compounds  thermal desorption-gas chromatography-mass spectrometry
基金项目:2024年工业和信息化质量工作重点项目:吸收性卫生用纸制品及原材料的消臭效果评价方法研究。
作者单位邮编
张竞帆 中轻纸品检验认证有限公司北京100102
国家纸张质量检验检测中心北京100102 
100102
温晓东 中轻纸品检验认证有限公司北京100102
国家纸张质量检验检测中心北京100102 
100102
孙振兴 中轻纸品检验认证有限公司北京100102
国家纸张质量检验检测中心北京100102 
100102
张清文* 中轻纸品检验认证有限公司北京100102
国家纸张质量检验检测中心北京100102 
100102
温建宇 中轻纸品检验认证有限公司北京100102
国家纸张质量检验检测中心北京100102 
100102
黄举 中国制浆造纸研究院有限公司北京100102 100102
李良军 中轻纸品检验认证有限公司北京100102
国家纸张质量检验检测中心北京100102 
100102
张景雯 中国制浆造纸研究院有限公司北京100102 100102
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摘要:本研究针对成人纸尿裤在实际使用中面临的臭味物质复杂性,筛选并确定了9种代表性臭味化合物。通过综合运用检知管法、液相色谱-质谱和热脱附-气相色谱-质谱法的对比测试研究,建立了一套科学的成人纸尿裤消臭效果检测体系,对市售不同品牌成人纸尿裤的消臭效果进行了评价。结果表明,部分样品对异戊酸、2-壬烯醛和吲哚等化合物具有超过98%的消臭效果;添加了抑菌原材料的消臭型成人纸尿裤,对于氨气的消臭效果通常超过70%,显著优于普通型纸尿裤的消臭效果(不足30%);而所有成人纸尿裤对甲硫醇等化合物的消臭效果均需改进。
Abstract:This study screened and determined nine representative malodorous compounds in view of the complexity of malodorous substances faced by adult diapers in actual use. Through a comparative test study comprehensively using the detection tube method, liquid chromatography-mass spectrometry, and thermal desorption-gas chromatography-mass spectrometry, a scientific detection system for the deodorization effectiveness of adult diapers was established, and the deodorization effectiveness of different brands of adult diapers on the market were evaluated. The results showed that some samples had deodorization effectiveness of more than 98% on compounds such as isovaleric acid, 2-nonenal, and indole. The deodorant adult diapers added with antibacterial raw materials usually had deodorization effectiveness on ammonia of more than 70%, which was significantly better than the deodorization effectiveness of ordinary diapers (less than 30%). However, the deodorization effectiveness on compounds such as methanethiol still needed to be improved.
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