Work and safety in the decommissioning of flexible lines

Workplace safety in the decommissioning of flexible pipelines from offshore oil and gas production platforms has traditionally been analyzed based on occupational health and safety indicators. However, this quantitative approach often conceals the actual working conditions in the unloading and dismantling activities of these materials. The dismantling of the pipelines integrates a developing productive ecosystem, involving companies and cooperatives that operate under intense competition and low profitability, resulting in precarious working conditions. Objective: The study aims to analyze working conditions in the unloading and dismantling processes of flexible pipelines, expanding the focus beyond indicators and discussing strategies that promote a fairer and safer production model, aligned with the Sustainable Development Goals (SDGs). Methodology: The research uses a qualitative and exploratory approach, combined with field observation. Based on the principles of Activity Ergonomics, working conditions were analyzed both in unloading at the port and in the dismantling of flexible pipes at a recycling company. Results: The results indicate that safety in the post-decommissioning phases is often treated superficially, disregarding the concrete working conditions at ports and recycling centers. Discussion: Recycling companies operate with low profit margins and precarious conditions, highlighting the need for support from oil companies to ensure a more sustainable ecosystem with decent work. Conclusion: The adoption of a cooperative model and the revision of economic incentives are crucial for balancing occupational safety and economic viability. Ergonomics, integrated with a reevaluation of the economic model, can contribute to the consolidation of a sustainable and socially responsible production model.

Authors

Publication Details

Journal
AHFE international
Published
2025-01-01
DOI
https://doi.org/10.54941/ahfe1006578
Primary Topic
Graphite, nuclear technology, radiation studies
Type
article
Field-Weighted Citation Impact
0.00
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article

Work and safety in the decommissioning of flexible lines

Bruno Bernardo dos Santos, Eduardo Ribeiro Nicolosi, Laís Bubach Carvalho Simão, Francisco Duarte et al.
AHFE international
Graphite, nuclear technology, radiation studies
article

Work and safety in the decommissioning of flexible lines

Bruno Bernardo dos Santos, Eduardo Ribeiro Nicolosi, Laís Bubach Carvalho Simão, Francisco Duarte, Marcelo Igor Lourenço de Souza, Ricardo Bruno Félix Nunes, Claudio Violante Ferreira
article en

Abstract

Workplace safety in the decommissioning of flexible pipelines from offshore oil and gas production platforms has traditionally been analyzed based on occupational health and safety indicators. However, this quantitative approach often conceals the actual working conditions in the unloading and dismantling activities of these materials. The dismantling of the pipelines integrates a developing productive ecosystem, involving companies and cooperatives that operate under intense competition and low profitability, resulting in precarious working conditions. Objective: The study aims to analyze working conditions in the unloading and dismantling processes of flexible pipelines, expanding the focus beyond indicators and discussing strategies that promote a fairer and safer production model, aligned with the Sustainable Development Goals (SDGs). Methodology: The research uses a qualitative and exploratory approach, combined with field observation. Based on the principles of Activity Ergonomics, working conditions were analyzed both in unloading at the port and in the dismantling of flexible pipes at a recycling company. Results: The results indicate that safety in the post-decommissioning phases is often treated superficially, disregarding the concrete working conditions at ports and recycling centers. Discussion: Recycling companies operate with low profit margins and precarious conditions, highlighting the need for support from oil companies to ensure a more sustainable ecosystem with decent work. Conclusion: The adoption of a cooperative model and the revision of economic incentives are crucial for balancing occupational safety and economic viability. Ergonomics, integrated with a reevaluation of the economic model, can contribute to the consolidation of a sustainable and socially responsible production model.

AHFE internationalVol. 189
Openalex Percentile: Top 89%
Graphite, nuclear technology, radiation studies
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