Fuel futures

J. Sipilä, Pertti Auerkari

    Research output: Contribution to journalArticleProfessional

    Abstract

    Coal has many industrial uses, being primarily used to produce electricity through combustion. The consumption of coal is expected to increase rapidly in the future, as countries worldwide continue to rely on it as the main source of energy for generating electrical power. Coal also poses a fire risk, with auto-ignition of coal particles in closed storage silos a particular challenge due to reduced access, in comparison with open coal storage. The Salmisaari CHP power plant in Finland has a unique system of deep underground coal silos, and has experienced an underground fire that lasted four months. These incidents present a clear risk to workers and plant operation, necessitating prevention or control measures to predict and detect ignition, along with inert gas systems to extinguish coal storage fires.
    Original languageEnglish
    Pages (from-to)13-15
    Number of pages3
    JournalFire Risk Management
    Publication statusPublished - 2010
    MoE publication typeD1 Article in a trade journal

    Fingerprint

    Coal
    Coal storage
    Fires
    Ignition
    Noble Gases
    Inert gases
    Power plants
    Electricity

    Cite this

    Sipilä, J. ; Auerkari, Pertti. / Fuel futures. In: Fire Risk Management. 2010 ; pp. 13-15.
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    abstract = "Coal has many industrial uses, being primarily used to produce electricity through combustion. The consumption of coal is expected to increase rapidly in the future, as countries worldwide continue to rely on it as the main source of energy for generating electrical power. Coal also poses a fire risk, with auto-ignition of coal particles in closed storage silos a particular challenge due to reduced access, in comparison with open coal storage. The Salmisaari CHP power plant in Finland has a unique system of deep underground coal silos, and has experienced an underground fire that lasted four months. These incidents present a clear risk to workers and plant operation, necessitating prevention or control measures to predict and detect ignition, along with inert gas systems to extinguish coal storage fires.",
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    language = "English",
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    Sipilä, J & Auerkari, P 2010, 'Fuel futures', Fire Risk Management, pp. 13-15.

    Fuel futures. / Sipilä, J.; Auerkari, Pertti.

    In: Fire Risk Management, 2010, p. 13-15.

    Research output: Contribution to journalArticleProfessional

    TY - JOUR

    T1 - Fuel futures

    AU - Sipilä, J.

    AU - Auerkari, Pertti

    PY - 2010

    Y1 - 2010

    N2 - Coal has many industrial uses, being primarily used to produce electricity through combustion. The consumption of coal is expected to increase rapidly in the future, as countries worldwide continue to rely on it as the main source of energy for generating electrical power. Coal also poses a fire risk, with auto-ignition of coal particles in closed storage silos a particular challenge due to reduced access, in comparison with open coal storage. The Salmisaari CHP power plant in Finland has a unique system of deep underground coal silos, and has experienced an underground fire that lasted four months. These incidents present a clear risk to workers and plant operation, necessitating prevention or control measures to predict and detect ignition, along with inert gas systems to extinguish coal storage fires.

    AB - Coal has many industrial uses, being primarily used to produce electricity through combustion. The consumption of coal is expected to increase rapidly in the future, as countries worldwide continue to rely on it as the main source of energy for generating electrical power. Coal also poses a fire risk, with auto-ignition of coal particles in closed storage silos a particular challenge due to reduced access, in comparison with open coal storage. The Salmisaari CHP power plant in Finland has a unique system of deep underground coal silos, and has experienced an underground fire that lasted four months. These incidents present a clear risk to workers and plant operation, necessitating prevention or control measures to predict and detect ignition, along with inert gas systems to extinguish coal storage fires.

    M3 - Article

    SP - 13

    EP - 15

    JO - Fire Risk Management

    JF - Fire Risk Management

    SN - 1757-1324

    ER -