State Key Laboratory of Water Environment Simulation, School of Environment, Beijing Normal University, Beijing 100875, PR China.
Environ Pollut. 2009 Oct;157(10):2670-7. doi: 10.1016/j.envpol.2009.05.003. Epub 2009 May 26.
As a component of a multi-level study of the anthropogenic lead cycle for year 2000 (52 countries, 8 regions, and the planet), we have estimated the lead flows in seven emission streams: tailings, slag, fabrication and manufacturing, dissipation from use, hibernation, landfilling, and dispersion following product discard. For every 1 kg of lead put into end use, 0.5 kg is lost to the environment, largely due to landfilling and dissipation from use. From the standpoint of the receiving media, 1/3 of the losses are to uncontained solids on land and 48% of the losses are to containment facilities on land. On a country basis, the largest losses occur in the United States and China, which between them are responsible for about 32% of total global lead losses. On a per capita basis, the highest lead losses occurred in the United Kingdom, Belgium-Luxembourg, and Ireland.
作为 2000 年人为铅循环多层次研究的一个组成部分(52 个国家、8 个地区和全球),我们估计了 7 个排放源的铅流:尾矿、炉渣、制造和加工、使用损耗、冬眠、填埋和产品废弃后的分散。对于每 1 公斤投入最终用途的铅,有 0.5 公斤损失到环境中,主要是由于填埋和使用损耗。从接收介质的角度来看,损失的 1/3 是陆地无固定的固体,48%的损失是陆地固定设施。从国家层面看,最大的损失发生在美国和中国,两国共占全球铅损失总量的约 32%。从人均角度看,英国、比利时-卢森堡和爱尔兰的铅损失最高。