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Remediation of a Former MGP Site in Norwich, New York A Case Study

机译:纽约诺威奇的前MGP现场的修复一个案例研究

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Former Manufactured Gas Plant (MGP) production from circa 1860s through the 1950s at a site in Norwich, New York, resulted in impacts to both on-site and offsite soils and groundwater. Site remediation includes four phases of treatment: in situ solidification (ISS) of on-site source materials; recovery of NAPL from off-site; insitu chemical oxidation (ISCO) of off-site areas; and enhanced bioremediation of offsite groundwater. Approximately 52,103 cubic yards (39,835 cubic meters) of impacted sand and gravel were solidified in-situ using auger mixing technology, and over 54,000 gallons (210,000 liters) of NAPL have been recovered to date. An ISCO bench-scale study revealed that four applications of hydrogen peroxide will reduce BTEX and naphthalene by 99% and TPH by 50%. Full-scale ISCO application will occur upon completion of NAPL recovery, followed by enhanced bioremediation of dissolved phase contamination (benzene and naphthalene).
机译:前1950年代到纽约诺威奇的一个站点的1950年代的前制造煤气厂(MGP)生产导致现场和场外土壤和地下水的影响。现场修复包括四个阶段治疗:原位凝固(ISS)的现场源材料;从场外恢复napl; Insitu化学氧化(ISCO)的离场区域;增强异地地下水的生物修复。使用螺旋钻混合技术,凝固的砂和砾石的约52,103立方米(39,835立方米)的受冲击砂和砾石凝固,并迄今已恢复超过54,000加仑(210,000升)的NaPL。 ISCO稳定研究表明,过氧化氢的四种应用将使BTEX和萘将99%和TPH减50%。全尺寸ISCO应用程序将在完成Napl回收后发生,随后增强溶解相污染的生物修复(苯和萘)。

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