Health & Chemicals

Minamata Convention on Mercury

Minamata Convention on Mercury was adopted at the Conference of Plenipotentiaries held in Kumamoto city and Minamata city in October, 2013. This convention aims to protect the human health and the environment from anthropogenic emissions/releases of mercury and mercury compounds and stipulates appropriate management and reduction of the emissions through the entire lifecycle of mercury including mining, use in products and manufacturing processes, emission to atmosphere, disposal as waste.

Japan concluded the convention on February 2, 2016 after developing the laws and ordinances necessary to implement the convention. And Japan expressed its intention to support developing countries and to promote voices and messages from Minamata, through the actions titled "MOYAI Initiative" at the Conference of Plenipotentiaries. As part of this initiative, the MINAS (MOYAI Initiative for Networking, Assessment and Strengthening) is being promoted to support developing countries' efforts in mercury management in close cooperation with US-EPA (United States Environmental Protection Agency), UNEP (United Nations Environment Program), JICA (Japan International Cooperation Agency) and others.

Statement by the Minister of the Environment about the Cabinet Decision on the Conclusion of the Minamata Convention on Mercury by Japan

Statement by the Minister of the Environment, Japan at the 1st Conference of the Parties to the Minamata Convention


Report on the first meeting of the Conference of the Parties to the Minamata Convention on Mercury (COP1)

Measures to Implement the Minamata Convention in Japan

International Cooperation

International cooperation on mercury management

Mercury-related Technologies and Facilities


001 Mercury Free Technology in the Chlor-Alkali Industry (FY2020) English [PDF 343KB]

002 Collection of Mercury Waste discharged from Households (FY2020) English [PDF 403KB]

003 Recovery of Mercury from Fluorescent Lamps (FY2020) English [PDF 389KB]

004 Mercury Material Flow Analysis (FY2020) English [PDF 327KB]

005 Monitoring of Mercury in Hair Samples (FY2020) English [PDF 2,662KB]

006 Removal of Mercury from Flue Gas using Activated Carbon (FY2020) English [PDF 369KB]

007 Reduction of Atmospheric Mercury Emission through Improvement of Efficiency of Coal Combustion (FY2020) English [PDF 220KB]

008 Treatment of Mercury Sphygmomanometers (FY2020) English [PDF 271KB]

009 Stabilization and Solidification of Mercury (FY2020) English [PDF 296KB]

010 Monitoring of Mercury in Ambient Air (FY2020) English [PDF 299KB]

011 LED Technology (FY2020) English [PDF 235KB]

012 Closed system in Caustic Soda Plant with Mercury (FY2020) English [PDF 547KB]

013 Removal of Mercury from Flue Gas by Fixed Sorbent System (FY2020) English [PDF 290KB]

014 Mercury-Free Projector (FY2020) English [PDF 289KB]

English [PDF 2,301KB]   / French [PDF 2,208KB]

Spanish [PDF 2,198KB]   / Portuguese [PDF 2,199KB]

Arabic [PDF 2,151KB]   / Indonesian [PDF 1,759KB]

Vietnamese [PDF 1,792KB] / Chinese [PDF 2,387KB]

  • Booklet: Lessons from Minamata Disease and Mercury Management in Japan (FY2013)

English [PDF 1,861KB] / French [PDF 2,289KB]

Arabic [PDF 2,294KB]  / Chinese [PDF 2,488KB]

Russian [PDF 4,035KB] / Spanish [PDF 5,184KB]

Other Materials

UNEP Publications (UNEP)


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