Sivulka Donna J, Conard Bruce R, Hall Gordon W, Vincent James H
DJS Consulting, 3942 Rives Chapel Rd., Siler City, NC 27344, USA.
Regul Toxicol Pharmacol. 2007 Jun;48(1):19-34. doi: 10.1016/j.yrtph.2006.12.002. Epub 2006 Dec 19.
The American Conference of Governmental Industrial Hygienists (ACGIH) and some regulatory authorities have revised their exposure limits for nickel and nickel compounds in workplaces based upon new sampling standards for inhalable nickel exposures. Others may be in the process of doing so. Safe standards for workplace exposures should utilize the most up-to-date health data on individual nickel species and should incorporate the principles of new sampling conventions that have been developed over the recent decades. The purpose of this paper is to review the basis for setting inhalable occupational exposure standards for the principal inorganic nickel species. It is hoped that this paper will (1) prompt companies in various nickel industry sectors to begin collecting the necessary inhalable aerosol measurements, speciation data, and particle-size information required to implement health-based sampling programs in the future, and (2) encourage regulators to derive species-specific, inhalable-based workplace standards for nickel and its inorganic compounds.
美国政府工业卫生学家会议(ACGIH)和一些监管机构已根据可吸入镍暴露的新采样标准,修订了工作场所中镍及镍化合物的接触限值。其他机构可能也在进行此项工作。工作场所接触的安全标准应采用关于各种镍物种的最新健康数据,并应纳入近几十年来制定的新采样惯例原则。本文的目的是回顾设定主要无机镍物种可吸入职业接触标准的依据。希望本文能够(1)促使各镍行业的公司开始收集未来实施基于健康的采样计划所需的必要可吸入气溶胶测量值、形态数据和粒径信息,以及(2)鼓励监管机构制定针对镍及其无机化合物的特定物种、基于可吸入量的工作场所标准。