廃棄物発電の高効率化技術と耐環境性材料イノベーション(FR3 バイオマス・自然エネルギー・廃棄物利用2)

概要

論文の詳細を見る
State-of-art on R&D toward high-efficiency waste-to-power generation technology operated as mainly the national and public project researches during the last decade, in Japan was summarized in this presentation. In particular, materials innovation for hot section components of the boiler superheater is regarded as one of key-technologies for attaining such modern waste "power plant, since boiler superheater tends to be subjected to very significant high-temperature corrosive damage induced by both the molten salt deposited on the superheater tube and aggressive flue gas containing high concentration of chlorides. Hence, the knowledge about high-temperature corrosion problem and its prevention was documented for the interesting parts of waste power generation plant in relation to the materials innovation.
一般社団法人日本機械学会の論文
2004-06-22