Rohr Annette C, Campleman Sharan L, Long Christopher M, Peterson Michael K, Weatherstone Susan, Quick Will, Lewis Ari
Electric Power Research Institute, Palo Alto, CA 94304, USA.
American College of Medical Toxicology, Phoenix, AZ 85028, USA.
Int J Environ Res Public Health. 2015 Jul 22;12(7):8542-605. doi: 10.3390/ijerph120708542.
Biomass is increasingly being used for power generation; however, assessment of potential occupational health and safety (OH&S) concerns related to usage of biomass fuels in combustion-based generation remains limited. We reviewed the available literature on known and potential OH&S issues associated with biomass-based fuel usage for electricity generation at the utility scale. We considered three potential exposure scenarios--pre-combustion exposure to material associated with the fuel, exposure to combustion products, and post-combustion exposure to ash and residues. Testing of dust, fungal and bacterial levels at two power stations was also undertaken. Results indicated that dust concentrations within biomass plants can be extremely variable, with peak levels in some areas exceeding occupational exposure limits for wood dust and general inhalable dust. Fungal spore types, identified as common environmental species, were higher than in outdoor air. Our review suggests that pre-combustion risks, including bioaerosols and biogenic organics, should be considered further. Combustion and post-combustion risks appear similar to current fossil-based combustion. In light of limited available information, additional studies at power plants utilizing a variety of technologies and biomass fuels are recommended.
生物质正越来越多地用于发电;然而,对于基于燃烧的发电中使用生物质燃料可能涉及的职业健康与安全(OH&S)问题的评估仍然有限。我们回顾了关于公用事业规模下与使用生物质燃料发电相关的已知和潜在OH&S问题的现有文献。我们考虑了三种潜在的暴露场景——燃烧前暴露于与燃料相关的物质、暴露于燃烧产物以及燃烧后暴露于灰分和残渣。我们还对两个发电站的粉尘、真菌和细菌水平进行了检测。结果表明,生物质发电厂内的粉尘浓度变化极大,某些区域的峰值水平超过了木粉尘和一般可吸入粉尘的职业暴露限值。被鉴定为常见环境物种的真菌孢子类型高于室外空气中的水平。我们的综述表明,燃烧前风险,包括生物气溶胶和生物源有机物,应进一步加以考虑。燃烧和燃烧后风险似乎与当前基于化石燃料的燃烧类似。鉴于现有信息有限,建议对使用各种技术和生物质燃料的发电厂开展更多研究。
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