Managing Technogenic Risks with Stakeholder

    Research output: Chapter in Book/Report/Conference proceedingChapter or book articleScientificpeer-review

    Abstract

    Risks involved in new technologies or arising from novel configurations of old technologies recurrently result in major accidents. For example, the new bioleaching technology to extract nickel from ore was taken into use in Finland in 2008. Later, one of the personnel died as a victim of hydrogen sulfide exposure and there were unplanned releases of process waters that contaminated lakes and rivers. Several risk analyses were performed but none of them considered the local climate and surrounding environmental circumstances. A comprehensive risk assessment process combining the knowledge of different stakeholders, authorities, and citizens would have helped to avoid the sad outcome. A single enterprise has a very clear picture of the risk figure on its own, but is reluctant to reveal commercially sensitive information to others, and even incapable of understanding all the expectations and constraints that the natural and built environments may impose. Only governmental authorities are in a position to form a comprehensive picture of all the risks. This paper presents a new approach for a proactive risk identification method based on collaborative integrated assessment. It states that by implementing this method society is able to utilize the science-based information in an efficient way for managing the emerging technogenic risks.
    Original languageEnglish
    Title of host publicationRisk Assessment
    EditorsValentina Svalova
    PublisherInTech
    Chapter10
    ISBN (Electronic)978-953-51-3799-3
    ISBN (Print)978-953-51-3798-6
    DOIs
    Publication statusPublished - 2018
    MoE publication typeA3 Part of a book or another research book

    Fingerprint

    Bioleaching
    Hydrogen sulfide
    Risk assessment
    Ores
    Lakes
    Accidents
    Rivers
    Nickel
    Personnel
    Water
    Industry

    Keywords

    • risk identification
    • risk assessment
    • technogenic risk
    • stakeholder cooperation
    • hydrogen
    • fuel cell

    Cite this

    Molarius, Riitta. / Managing Technogenic Risks with Stakeholder. Risk Assessment . editor / Valentina Svalova. InTech, 2018.
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    title = "Managing Technogenic Risks with Stakeholder",
    abstract = "Risks involved in new technologies or arising from novel configurations of old technologies recurrently result in major accidents. For example, the new bioleaching technology to extract nickel from ore was taken into use in Finland in 2008. Later, one of the personnel died as a victim of hydrogen sulfide exposure and there were unplanned releases of process waters that contaminated lakes and rivers. Several risk analyses were performed but none of them considered the local climate and surrounding environmental circumstances. A comprehensive risk assessment process combining the knowledge of different stakeholders, authorities, and citizens would have helped to avoid the sad outcome. A single enterprise has a very clear picture of the risk figure on its own, but is reluctant to reveal commercially sensitive information to others, and even incapable of understanding all the expectations and constraints that the natural and built environments may impose. Only governmental authorities are in a position to form a comprehensive picture of all the risks. This paper presents a new approach for a proactive risk identification method based on collaborative integrated assessment. It states that by implementing this method society is able to utilize the science-based information in an efficient way for managing the emerging technogenic risks.",
    keywords = "risk identification, risk assessment , technogenic risk , stakeholder cooperation, hydrogen, fuel cell",
    author = "Riitta Molarius",
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    Managing Technogenic Risks with Stakeholder. / Molarius, Riitta.

    Risk Assessment . ed. / Valentina Svalova. InTech, 2018.

    Research output: Chapter in Book/Report/Conference proceedingChapter or book articleScientificpeer-review

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