首页> 外文会议>International Waste Management and Landfill Symposium >COUNTERMEASURES FOR MERCURY PROBLEMS AND TEMPORAL CHANGE OF WASTE BATTERY AND FLUORESCENT LAMP IN FUKUOKA CITY, JAPAN
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COUNTERMEASURES FOR MERCURY PROBLEMS AND TEMPORAL CHANGE OF WASTE BATTERY AND FLUORESCENT LAMP IN FUKUOKA CITY, JAPAN

机译:日本福冈市废电池和荧光灯的汞问题和时间变化的对策

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摘要

Mercury is being discharged from various sources to the environment, causing much concern in regard to global-scale environmental pollution and damage to human health. Especially in Japan, "Minamata disease" has occurred as one of the typical pollution-related problem caused by effluent containing methyl-mercury from chemical plants since 1956. In the early 1980s, mercury pollution caused by discarded dry cell batteries and the necessary recovery of used dry cells has become major social issues. As a result of the instruction of the Ministry of Health and Welfare and the Ministry of International Trade and Industry to reduce the total amount of mercury used for dry cells and to further strengthen the ongoing voluntary collection of used mercury cells in 1983, manganese cells and alkaline cells without mercury were successfully developed in 1991 and 1992 respectively.
机译:水星正在从各种来源排放到环境中,对全球范围内的环境污染和人类健康损害导致众多关注。特别是在日本,“Minamata疾病”发生是由于自1956年以来含有化学植物的甲基汞的含甲基汞造成的典型污染相关问题之一。在20世纪80年代初,由废气电池丢弃的汞污染和必要的恢复二手干细胞已成为主要的社会问题。由于卫生和福利部和国际贸易和工业部的指示,减少了用于干细胞的汞总量,并进一步加强1983年锰细胞和锰细胞的持续自愿收集。没有汞的碱性细胞分别于1991年和1992年成功开发。

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