EMERGENCY ASSESSMENT AND RECOVERY PLAN

Context

Development of a preventive plan focused on creating long-term recovery strategies, with the objective of structuring actions for a hypothetical breach event. The objective was to assess the social, environmental, and economic impacts that may arise from failure in tailings disposal structures, considering the extent of local damage and its medium- and long-term repercussions, and to engage stakeholders in defining and implementing recovery actions.

Methodology

Análise estratégica das lições aprendidas e boas práticas internacionais, integrando o planejamento de gestão de desastres, a participação comunitária e a governança. O processo envolve a implementação de estratégias de resposta eficazes, com o engajamento de órgãos públicos e organizações relevantes, alinhadas aos padrões internacionais de ESG.

Results

Foi criada uma abordagem estratégica que, além de responder aos riscos, fortalece a sustentabilidade e resiliência do empreendimento e das comunidades mapeadas. A partir dos métodos de engajamento, foram elaborados um Plano de Comunicação de Emergência e um planejamento detalhado para as ações de recuperação, com recomendações para aprimorar as técnicas de resposta e recuperação existentes.

Status

Complete

Year

2023 e 2024

Category

Environment

Outros Cases

Animal Care

Development of technical, administrative and management services for an animal reintegration program in a fauna shelter located in the region of Brumadinho, Minas Gerais, Brazil.

Book IBAMA

Execution of the study for the Prior Consent process for the Suppression of Atlantic Forest Vegetation in the middle stage of regeneration, within the limits defined by Federal Law No. 11,428 of December 22, 2006, for a distribution line with more than fifty hectares of Atlantic Forest to be suppressed.

Hydrosedimentological Monitoring

Hydrosedimentological monitoring is essential to evaluate environmental impacts resulting from sedimentation, erosion, and their consequences on aquatic ecosystems. These processes affect water quality, sedimentological dynamics, and aquatic biodiversity, compromising the environmental health of reservoirs and other water bodies.