乙烯基浴帘印刷厂替代油墨的开发和降低工作场所有机溶剂蒸气浓度的控制措施。

Harley V Piltingsrud, Anthony T Zimmer, Aaron B Rourke
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引用次数: 3

摘要

1994年夏天,足球运动员在一个训练场上报告说,该地区有有毒气味。俄亥俄州环境保护署(OEPA)对该油田周围的工业进行了调查,其中包括生产带有丝网印刷设计的乙烯基浴帘的印刷设施。虽然不是气味的来源,但他们将挥发性有机化合物直接排放到环境中,违反了OEPA的规定。为了达到这个目的,他们安装了一个催化氧化剂来处理排放的空气。由于设备成本高,安装的催化氧化剂的容量大大减少了排放的空气流量,并增加了工作场所内的溶剂蒸气浓度。蒸汽水平引起工人不适,促使俄亥俄州工人赔偿局请求援助。蒸汽浓度被发现超过NIOSH, OSHA和ACGIH可接受的暴露水平。作为临时保护措施,工人们被要求在打印时全程佩戴有机防蒸汽呼吸器。该公司要求NIOSH协助寻找降低溶剂蒸汽浓度的方法。NIOSH研究包括确定印刷过程中溶剂排放的来源和相对大小,控制排放的设计,以及使用非光化学反应性溶剂开发替代油墨。新的油墨系统和控制允许OEPA去除对排放空气处理的要求,并大幅增加稀释通风。增加通风将使工人暴露在低于1/3的混合TLV水平,并取消使用呼吸器的要求。该解决方案是对问题的各个方面进行全面审查的结果,包括OEPA法规。它还需要公司与联邦、州和地方政府机构之间的合作。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The development of substitute inks and controls for reducing workplace concentrations of organic solvent vapors in a vinyl shower curtain printing plant.

During the summer of 1994, football players at a practice field reported noxious odors in the area. Ohio Environmental Protection Agency (OEPA) investigations of industries surrounding the field included a printing facility producing vinyl shower curtains with screen-printed designs. Though not the source of the odor, they were discharging volatile organic compounds directly to the environs in violation of OEPA regulations. To achieve compliance they installed a catalytic oxidizer for treating discharged air. Due to high equipment costs, the capacity of the installed catalytic oxidizer resulted in a substantial reduction in discharged air flow rates and increased solvent vapor concentrations within the workplace. Vapor levels caused worker discomfort, prompting a request for assistance from the Ohio Bureau of Workers Compensation. The vapor concentrations were found to exceed NIOSH, OSHA, and ACGIH acceptable exposure levels. The workers were then required to wear organic vapor removing respirators full-time while printing as a temporary protective measure. The company requested NIOSH assistance in finding methods to reduce solvent vapor concentrations. NIOSH studies included the identification of the sources and relative magnitude of solvent emissions from the printing process, the design of controls for the emissions, and the development of substitute inks using non-photochemically reactive solvents. The new ink system and controls allowed OEPA removal of the requirement for the treatment of discharged air and substantial increases in dilution ventilation. Increased ventilation would permit reduction in worker exposures to less than 1/3 mixture TLV levels and removal of requirements for respirator usage. This solution was the result of a comprehensive review of all facets of the problem, including OEPA regulations. It also required cooperative work between the company and federal, state, and local governmental agencies.

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