Risk analysis of FORTUM’s 560 MWe net power plant retrofit to oxyfuel combustion | Zendy

Kati Kupila | Zendy; Pauli Dernjatin | Zendy; Risto Sormunen | Zendy; Tadashi Sumida | Zendy; Kenji Kiyama | Zendy; Alain Briglia | Zendy; Ivan Sanchez-Molinero | Zendy; Arthur Darde | Zendy

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Risk analysis of FORTUM’s 560 MWe net power plant retrofit to oxyfuel combustion

Author(s) -

Kati Kupila,

Pauli Dernjatin,

Risto Sormunen,

Tadashi Sumida,

Kenji Kiyama,

Alain Briglia,

Ivan Sanchez-Molinero,

Arthur Darde

Publication year - 2011

Publication title -

energy procedia

Language(s) - English

Resource type - Journals

SCImago Journal Rank - 0.474

H-Index - 81

ISSN - 1876-6102

DOI - 10.1016/j.egypro.2011.02.059

Subject(s) - technical analysis , engineering , environmental science , supercritical fluid , power station , risk analysis (engineering) , process engineering , waste management , business , chemistry , electrical engineering , organic chemistry , finance

Through technical discussion of oxyfuel retrofit of Meri–Pori’s supercritical power plant (565 MWe net), it was recognized that a deep analysis of the risks associated with the retrofit solution would be necessary for learning more about oxycombustion technology and to clarify the actual risks. As the result of the risk analysis, it was concluded that oxyfuel retrofit and oxyfuel operation would only involve low magnitude risks. This paper describes methodology of the risk analysis and major results including mitigation methods of the risks

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