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Breaking the Barrier on Superfund Development

机译:打破超级基金发展的障碍

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Traditional site construction for the Maywood site would displace an estimated 171,000 cubic feet of soil - increasing the potential for impacting existing site remedy or exposing known underground Hanwha Q CELLS developed a proprietary construction approach - refined in close coordination with EPA - resulting in a total 11,000 cubic feet of soil displacement. Q CELiS' Soil Disturbance Mmimization Plan resulted in a 93% decrease in project soil movement over conventional construction methods - significantly reducing the potential for impacting existing site remedy or exposing known underground hazards.
机译:Maywood厂址的传统厂址建设将流失约171,000立方英尺的土壤-增加影响现有厂址补救措施或暴露已知地下地下的可能性Hanwha Q CELLS开发了专有的施工方法-与EPA密切配合进行改进-总共有11,000个立方英尺的土壤位移。问:CELiS的“土壤扰动最小化计划”使项目的土壤运动比传统的施工方法减少了93%,从而显着降低了影响现有场地补救措施或暴露已知地下危害的可能性。

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