全球半导体工业用水的空间明确评估

Kali Frost, I. Hua
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引用次数: 7

摘要

半导体产业利用大量的淡水资源来进行高科技的制造过程。这项工作将列举全球半导体制造业对水资源的影响。全球半导体制造能力清单,结合制造单个半导体芯片所需的近似用水量,将用于估计每个半导体制造工厂和全球的用水量。将通过将设施用水数据乘以缺水系数来进行简化的水资源压力评估。稀缺性加权水资源使用地图将用于确定可能受到半导体制造用水不成比例影响的流域。这对于中国和东南亚等半导体行业的增长地区可能尤其重要。一旦确定了这些区域,就可以对位于感兴趣的次流域内的设施进行详细的水足迹。
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A spatially explicit assessment of water use by the global semiconductor industry
The semiconductor industry utilizes vast freshwater resources for its high-tech manufacturing processes. This work will enumerate the impact of the global semiconductor manufacturing industry on water resources. A global inventory of semiconductor manufacturing capacity, in combination with an approximation of water use required to manufacture an individual semiconductor chip, will be used to estimate water consumption by each semiconductor fabrication facility and globally. A simplified water stress assessment will be conducted by multiplying facility water use data by a water scarcity factor. Maps of the scarcity weighted water use will be used to identify watersheds that may be disproportionately impacted by semiconductor manufacturing water use. This may be especially important for regions of growth in the semiconductor industry such as China and Southeast Asia. Once these areas have been identified a detailed water footprint for the facilities located in the subwatershed of interest can be conducted.
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