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このカタログは、「1.5℃ライフスタイル」ワークショップと「脱炭素ライフスタイルチャレンジ」のために作成されました。 私たちの暮らしに関連して、地球温暖化の原因となる温室効果ガスが発生しています。温室効果ガスを計算するカーボンフットプリント(CFP)という数字で見ると、2015 年には、日本に住む私たちの暮らしに関連して、一人あたり年間7,100 キロの温室効果ガスが発生していました。地球温暖化を1.5℃に抑えるには、この数字を2030 年に2,500 キロ(約1/3)、2050 年に700 キロ(約1/10)まで減らす必要があります。 このカタログには、私たちの暮らしに関わる移動、エネルギー、食、製品、レジャーの5分野で、温室効果ガスを減らす暮らしの選択肢を記載しました。各ページには...
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IGES has been collaborating with Shabondama Soap., Ltd., the City of Kitakyusu, the University of Kitakyushu, and the University of Palangka Raya to implment the SDGs Verification Survey funded by the Japan International Cooperation Agency (JICA), titled as "Disseminating Japanese Technologies to Extinguish Forest and Peatland Fire Using...
Training or Learning Material
Online Course on Municipal Solid Waste Management (MSWM) towards Circular Economy for Asian Development Bank Staff
IGES organized a training course on muncipal solid waste management and circular economy on November 14-16, 2022 for ADB staff. During the training, Hotta provided a lecture as follows; Hotta shared that with economy and social development, policy is shifting towards CE. He buttressed his case with Japan as a case study. He stressed that in 60s and...
Training or Learning Material
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Tomonori
Ishigaki
機械的・生物学的処理(MBT)は、投棄される廃棄物の量を削減するために埋立前に行う事前の処理手法である。MBTでは、文字通り機械的な破砕・選別プロセ スと、生物学的処理(好気性・嫌気性分解など)を組み合わせて処理を行う。MBTは、廃棄物処理という観点からは、系統的分別がされていない家庭から出る 未分別の廃棄物にも適用できるというメリットがある。MBT施設では、様々な目的のため多数のプロセスを様々な組み合わせで利用することができる。資源の観 点からは、廃棄物由来の固形燃料(RDF/SRF)の生産にもMBTを用いることができ、選別プロセスにより金属などのリサイクル資源を回収できるメリットもある。また、嫌気性消化によってバイオガスも回収できる。嫌気性消化プロセスによって生成される発酵残渣に加えて...
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This brief summarises the proceedings and outcomes of the webinar on open waste burning held on 22nd April 2022, co-organized by three parties– the Institute for Global Environmental Strategies-IGES Centre Collaborating with UNEP on Environmental Technologies (IGES-CCET), the Climate and Clean Air Coalition (CCAC), and the United Nations Industrial...
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This guideline was prepared by the IGES Centre Collaborating with UNEP on Environmental Technologies (CCET) under the project titled “Sustainable Solutions of Compost from Organic Waste in Iraq” in consultation with the policy makers and experts in Karbala City. The guideline aims to provide some insights on how to design and implement an...
Training or Learning Material
JICA Training Course "Development of Recycling Policy"
Yasuhiko Hotta acted as a lectuerer and commentator for JICA training course on "Development of Recycling Policy" organied in January 13, 2022. The course was organized as an on-line training course and participated by the participants from Kosovo, Palestine, Thailand, Samoa, Cuba, Egypt, Georgia, Micronesia, Vanuatu, and Tunisia.
Training or Learning Material
IGES Centre Collaborating with UNEP on Environmental Technologies (CCET) has developed version III of the IGES-GHG calculator entitled "Estimation Tool for Greenhouse Gas (GHG) Emissions from Municipal Solid Waste (MSW) Management in a Life Cycle Perspective", a tool that enables to estimate GHG emissions from the waste sector in China in the Life...
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IGES Centre Collaborating with UNEP on Environmental Technologies (CCET) has developed version III of the IGES-GHG calculator entitled "Estimation Tool for Greenhouse Gas (GHG) Emissions from Municipal Solid Waste (MSW) Management in a Life Cycle Perspective", a tool that enables to estimate GHG emissions from the waste sector in China in the Life...
Training or Learning Material
On December 15th, 2009, the People’s Council of Hoi An City approved a Resolution on “Building Hoi An as an Eco-City”, with three specific criteria aiming to ensure balanced and sustainable development, not only promoting economic and social development, but also focusing on environmental protection. During the process of building the eco-city, Hoi...