@article{oai:osu.repo.nii.ac.jp:00002508,
 author = {中村, 修 and 花嶋, 温子 and 加藤, 宏昭 and NAKAMURA, Osamu and HANASHIMA, Atsuko and KATOU,  Hiroaki},
 issue = {46},
 journal = {大阪産業大学論集　人文・社会科学編, JOURNAL OF OSAKA SANGYO UNIVERSITY  Humanities & Social Sciences},
 month = {Nov},
 note = {Waste incineration and resource recycling facilities were studied. Our observations were analyzed within the framework of proposed “sound material-cycle society” policy and public facility management. The following points were clarified.
　Since 91% of the municipalities have less than 150,000 residents, it is necessary for smaller cities and townships to cooperate with the construction and maintenance of facilities designed for use across multiple jurisdictions.
　Lufuran at Miyama City is a facility that uses food waste as a resource. In constructing this facility, the number of facilities was reduced by using two methods of public facility management, namely, consolidation and elimination of facilities and conversion to a complex facility. As a result, the construction and maintenance costs were reduced.
　The consolidation and abolition of environmental facilities in Chikugo Nanakoku, 7municipalities in southern Fukuoka prefecture, was studied for the next 50 years. Rather than maintaining the status quo, priority was given to the construction of circulation facilities and the consolidation of waste incineration facilities, which can reduce the construction cost by 10 billion yen and the annual maintenance cost by 750 million yen.
　The reason why no initiatives between municipalities were taken in the last 50 years is because such responsibilities were not placed under local government oversight., 一般廃棄物処理施設について，公共施設マネジメントと循環型社会形成の２つの視点で検討した。日本は人口15万人以下の自治体が91％を占め，小規模自治体が連携して施設の建設・維持管理をする必要がある。福岡県みやま市では，生ごみ資源化施設ルフランの建設にあたって，施設の統廃合と複合化という公共施設マネジメントの手法で，建設費，維持費を削減した。筑後七国（５市２町）で今後50年の長期計画を検討すると，建設費は100億円，維持費は毎年7.5億円削減できる。長期的（50年），広域的（複数の自治体）計画がないのは，地方自治体にそのような業務がないからである。},
 pages = {27--45},
 title = {地方自治体における一般廃棄物処理施設のマネジメントに関する研究 ―公共施設マネジメントおよび循環型社会構築の観点から―},
 year = {2022},
 yomi = {ナカムラ, オサム and ハナシマ, アツコ and カトウ, ヒロアキ}
}