Reducing volatile organic compound emissions with a biofilter inoculated with synthetically engineered Escherichia coli

Mihai Dumbrava, C. Kao, Daniel Lee, I-Yuan Sung
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Abstract

Various byproducts of fracking, such as methane gas, benzene, and other Volatile Organic Compounds (VOCs), have become a target for studies on health and environmental damage. These compounds are released during natural gas and petroleum extraction, and from the toxic residual water created from the fracking process. Although the long-term effects of some of these chemicals have yet to be determined, the elevated levels present in neighboring communities have been shown to cause an increase in the prevalence of acute respiratory, neurological, and reproductive diseases. In order to reduce the levels of these harmful airborne pollutants, we propose the creation of a biofilter inoculated with genetically engineered bacteria designed to metabolize VOCs and convert them into safer end products.
用合成工程大肠杆菌接种生物过滤器减少挥发性有机化合物排放
水力压裂的各种副产品,如甲烷气体、苯和其他挥发性有机化合物(VOCs),已成为健康和环境损害研究的目标。这些化合物在天然气和石油开采过程中释放出来,也从水力压裂过程中产生的有毒残余水中释放出来。虽然其中一些化学物质的长期影响尚未确定,但在邻近社区中存在的水平升高已被证明会导致急性呼吸、神经和生殖疾病的患病率增加。为了降低这些有害空气污染物的水平,我们建议创建一种生物过滤器,接种基因工程细菌,旨在代谢挥发性有机化合物并将其转化为更安全的最终产品。
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