Penningroth Stephen M, Yarrow Matthew M, Figueroa Abner X, Bowen Rebecca J, Delgado Soraya
Community Science Institute (CSI), Ithaca, NY 14850, USA.
New Solut. 2013;23(1):137-66. doi: 10.2190/NS.23.1.i.
The risk of contaminating surface and groundwater as a result of shale gas extraction using high-volume horizontal hydraulic fracturing (fracking) has not been assessed using conventional risk assessment methodologies. Baseline (pre-fracking) data on relevant water quality indicators, needed for meaningful risk assessment, are largely lacking. To fill this gap, the nonprofit Community Science Institute (CSI) partners with community volunteers who perform regular sampling of more than 50 streams in the Marcellus and Utica Shale regions of upstate New York; samples are analyzed for parameters associated with HVHHF. Similar baseline data on regional groundwater comes from CSI's testing of private drinking water wells. Analytic results for groundwater (with permission) and surface water are made publicly available in an interactive, searchable database. Baseline concentrations of potential contaminants from shale gas operations are found to be low, suggesting that early community-based monitoring is an effective foundation for assessing later contamination due to fracking.
使用大排量水平水力压裂法(水力压裂)开采页岩气导致地表水和地下水污染的风险,尚未采用传统风险评估方法进行评估。进行有意义的风险评估所需的相关水质指标的基线(压裂前)数据,基本缺失。为填补这一空白,非营利性的社区科学研究所(CSI)与社区志愿者合作,这些志愿者对纽约州北部马塞勒斯和尤蒂卡页岩地区的50多条溪流进行定期采样;对样本进行与大排量水平水力压裂相关参数的分析。关于区域地下水的类似基线数据来自CSI对私人饮用水井的检测。地下水(经许可)和地表水的分析结果在一个交互式、可搜索的数据库中公开提供。发现页岩气作业潜在污染物的基线浓度较低,这表明早期基于社区的监测是评估后续水力压裂造成污染的有效基础。