新型环保型初碎机操作间的空气净化性能。

J. Organiscak, A. Cecala, J. A. Zimmer, B. Holen, J. R. Baregi
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引用次数: 2

摘要

美国国家职业安全与健康研究所(NIOSH)与3M公司合作,在该公司位于威斯康辛州沃索附近的沃索花岗岩采石场设计和测试了一个新的环境控制初级破碎机操作员室。这个采石场有一个旧的破碎机房,没有中央供暖,通风和空调(HVAC)系统,没有空气过滤和加压系统。根据NIOSH过去对封闭式驾驶室过滤系统的研究,3M公司设计并安装了一个新的替代操作员室。NIOSH对旧展台进行了预测试,对新展台进行了后测试,以评估新的过滤和加压系统在控制空气中粉尘和颗粒物方面的有效性。展台的粉尘和颗粒控制效果由其保护系数来描述,该系数表示为测试期间测量的外部与内部浓度的比率。结果表明,旧展台对空气呼吸性粉尘的防护和对外界环境的低颗粒物防护可以忽略不计。新安装的展台提供了平均呼吸性粉尘防护系数从2到25,在5个班次的粉尘采样中,偶尔有工人进出展台,允许一些未经过滤的污染物进入外壳。在接近稳态的条件下,在没有工人进出的情况下,对室内和室外的短期颗粒计数进行测试,在各种暖通空调气流操作条件下,对0.3- 1.0 μm可吸入颗粒的防护系数从35到127不等。
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Air cleaning performance of a new environmentally controlled primary crusher operator booth.
The National Institute for Occupational Safety and Health (NIOSH) cooperated with 3M Company in the design and testing of a new environmentally controlled primary crusher operator booth at the company's Wausau granite quarry near Wausau, WI. This quarry had an older crusher booth without a central heating, ventilation and air conditioning (HVAC) system, and without an air filtration and pressurization system. A new replacement operator booth was designed and installed by 3M based on design considerations from past NIOSH research on enclosed cab filtration systems. NIOSH conducted pre-testing of the old booth and post-testing of the new booth to assess the new filtration and pressurization system's effectiveness in controlling airborne dusts and particulates. The booth's dust and particulate control effectiveness is described by its protection factor, expressed as a ratio of the outside to inside concentrations measured during testing. Results indicate that the old booth provided negligible airborne respirable dust protection and low particulate protection from the outside environment. The newly installed booth provided average respirable dust protection factors from 2 to 25 over five shifts of dust sampling with occasional worker ingress and egress from the booth, allowing some unfiltered contaminants to enter the enclosure. Shorter-term particle count testing outside and inside the booth under near-steady-state conditions, with no workers entering or exiting the booth, resulted in protection factors from 35 to 127 on 0.3- to 1.0-μm respirable size particulates under various HVAC airflow operating conditions.
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Forty years of NIOSH/USBM-developed control technology: To reduce respirable dust exposure for miners in industrial minerals processing operations. Comparing the Implementation of Two Dust Control Technologies from a Sociotechnical Systems Perspective. Demonstrating the financial impact of mining injuries with the "Safety Pays in Mining" web application. Data transport over leaky feeder systems using Internet-Protocol-enabled land mobile radios. Improving protection against respirable dust at an underground crusher booth.
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