2020年アーカイブ
Journal Articles
Yoshida, T.; Hirai, Y.; Sakai, S. (2020) "Meta-model of vertical air classification: A unified understanding of different separation curve models." Powder Technology, 383: 522-535
Myo Min Win; Asari M.; Hayakawa R.; Hosoda H.; Yano J.; Sakai S. (2020) "Gas and tar generation behavior during flash pyrolysis of wood pellet and plastic." Journal of Material Cycles and Waste Management, 22(2): 547-555
Magazine Articles
酒井 伸一 (2020) "日本のごみ問題の変遷 ー循環型社会への挑戦ー." 土木学会誌, 105(11): 16-19
酒井 伸一 (2020) "プラスチック資源政策の動向と展望." ACADEMIA, No. 178: 3-10
酒井 伸一 (2020) "地域循環共生圏構想への期待と道筋." 月刊廃棄物, 46(588): 1
酒井 伸一 (2020) "クリーンな循環と残渣の管理." INDUST, 35(1): 12-13
Conference Proceedings
平井 康宏 (2020) "木質材料用接着剤からの化石由来温室効果ガス排出量." Presented at 第31回廃棄物資源循環学会研究発表会, , September 18, 2020
小柴 絢一郎; 平井 康宏; 酒井 伸一 (2020) "ポリ塩化ビフェニルの経年的排出量推定." 第31回廃棄物資源循環学会研究発表会講演集, pp. 397-398
Bhari, B.; Yano, J.; Sakai, S. (2020) "Flow of End-of-Life Vehicle and its Reuse, Material Recycle, Energy Recovery in Japan and European Union." The 6th 3R International Conference on Material Cycles and Waste Management, pp. D-5-5
Yano, J.; Tomida, Y.; Nishimura, K.; Asari, M.; Sakai, S. (2020) "Current Disposal Status of Single-use Products from Households in Japan." The 6th 3R International Conference on Material Cycles and Waste Management, pp. B-2-4
Oyama, S.; Hirai, Y.; Yano, J.; Sakai, S.; Ueda, H.; Kawanishi, S. (2020) "Uncertainty analysis of fossil carbon fraction in paper waste in Japan." The 6th 3R International Conference on Material Cycles and Waste Management, pp. C-6-3
Myo Min Win; Asari, M.; Hayakawa, R.; Hosoda, H.; Yano, J.; Sakai, S. (2020) "Characteristics of Gas and Tar Gasification under Flash Pyrolysis from Biomass and Plastic feedstocks." The 6th 3R International Conference on Material Cycles and Waste Management, pp. C-2-4
酒井 伸一 (2020) "プラスチック資源循環戦略と海洋ごみ問題 ~現状と今後の見通し." Presented at 第14回容器包装3R推進フォーラム, 東京都, January 28, 2020
Reports
Books
Thesis
Myo Min Win (2020) "Thermochemical conversion characteristics of gas and tar generation from waste biomass and plastics."