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工作场所及环境空气中甲醛的采样——与传统采样方法相比,一种被动式空气监测设备的额外实验室验证及现场核查

Sampling for formaldehyde in workplace and ambient air environments--additional laboratory validation and field verification of a passive air monitoring device compared with conventional sampling methods.

作者信息

Kring E V, Ansul G R, Basilio A N, McGibney P D, Stephens J S, O'Dell H L

出版信息

Am Ind Hyg Assoc J. 1984 May;45(5):318-24. doi: 10.1080/15298668491399857.

Abstract

Results of three extensive plant field tests using both area and personal sampling and involving 51 sets of comparison samples show the Du Pont Pro-Tek Formaldehyde Badge to have excellent correlation with three commonly used formaldehyde monitoring methods. In addition, comprehensive laboratory validation tests are reported which confirm an overall accuracy of +/- 9.6 to +/- 11.6% for the badge over an exposure range of 0.12-6.8 ppm. Laboratory test data are also included showing that the badge: (1) meets NIOSH and OSHA accuracy requirements of less than or equal to +/- 25% down to 1.6 ppm-hours (200 ppb) for an 8-hour TWA exposure; (2) is capable of accurately sampling for 15-minute exposures; and (3) is not affected by pressure or relative humidity variations.

摘要

三项广泛的植物实地测试结果显示,使用面积采样和个人采样并涉及51组对比样本的杜邦Pro-Tek甲醛徽章与三种常用的甲醛监测方法具有极佳的相关性。此外,报告了全面的实验室验证测试,结果证实该徽章在0.12 - 6.8 ppm的暴露范围内总体准确度为±9.6%至±11.6%。还包括实验室测试数据,表明该徽章:(1) 在8小时时间加权平均暴露量为1.6 ppm-小时(200 ppb)时,符合美国国家职业安全与健康研究所(NIOSH)和职业安全与健康管理局(OSHA)准确度要求,即小于或等于±25%;(2) 能够对15分钟的暴露进行准确采样;(3) 不受压力或相对湿度变化的影响。

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