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Emotional stability and decision-making in mining: a critical risk management factor.

"There is no effective risk management without emotional management."

Mining is an activity characterized by high technical complexity, high levels of uncertainty, and decisions with the potential for significant impact on people, the environment, assets, and corporate reputation. Traditionally, risk management in this sector focuses on technical parameters, probabilistic models, safety factors, and regulatory compliance. However, there is a central element, often underestimated, that connects all these instruments: the human factor, especially the emotional stability of the decision-maker.

 

The illusion of technical sufficiency.

It is common to assume that highly qualified professionals, with solid technical training and extensive experience, will always be able to make appropriate decisions in critical situations. This assumption ignores an essential variable: the ability to make decisions under extreme pressure.

Stress, fear of personal or institutional consequences, hierarchical pressure, conflicts of interest, and punitive organizational environments directly affect judgment, response time, and risk perception. Under these conditions, technical excellence alone can become insufficient—or even irrelevant.

 

PAEBM as an expression of human risk.

The Emergency Action Plan for Mining Dams (PAEBM) clearly reflects this reality. In most projects, the plan is formally structured, meets regulatory requirements, and is periodically reviewed. Even so, failures occur.

In practice, activating the PAEBM (Emergency Action Plan for Mining Dams) is not merely a technical or procedural act. It is a... human decision, taken in a context of uncertainty, time pressure, and potentially severe consequences. Hesitation in activating the plan rarely stems from a lack of knowledge, but rather from emotional factors such as:

  • Fear of making mistakes or of raising unnecessary alarms.
  • Pressure for operational continuity
  • Fear of personal liability
  • Difficulty in making unpopular decisions

These factors make up a systemic riskwhich does not appear in traditional matrices, but can compromise the entire security logic.

 

Emotional stability as an element of risk management.

Recognizing emotional stability as a component of risk management is a necessary step towards organizational maturity. Just like geotechnical parameters or acceptability criteria, the decision-maker's emotional capacity directly influences the reliability of the system.

In this sense, emotional stability should be treated as:

  • One operational safety asset
  • One reliability factor in decision-making
  • One a structuring element of risk management culture

Ignoring it means accepting a hidden risk, difficult to quantify, but with the potential for serious consequences.

 

Paths to a more effective approach

Truly robust risk management in mining requires the explicit integration of human factors. This includes, among other aspects:

  • Training that simulates real-life pressure scenariosand not just the fulfillment of procedures
  • PAEBM activation exercises focused on the decision-making process, and not just on operational execution.
  • Organizational environments that protect the decision-maker that acts in a preventive and responsible manner
  • Leaders prepared to absorb external pressures, avoiding the transfer of stress to technical levels.
  • Inclusion of human and organizational factors in risk studies and analyses.

 

Final considerations

Modern mining demands more than quality engineering and regulatory compliance. It requires... People trained to make decisions when models fail, data is incomplete, and time is limited.In this context, emotional management ceases to be a peripheral issue and takes on a central position in the safety and sustainability of the sector.

Effective risk management is impossible without emotional management.

Recognizing this is an essential step towards making safer, more responsible decisions that are aligned with the true complexity of mining.

Authors:

John Paul dos Santos

Bachelor in Mining Engineering (UFMG), Master in Civil Engineering and Management (University of Glasgow), Specialist in Geotechnical Engineering and Project Management.

Mining Engineer specializing in geotechnics and project management, an international reference in dams and geotechnical structures applied to mining.

Leandro Azevedo da Silva

Bachelor in Geology (UFRRJ), Master in Mining Engineering (UFMG) and Specialist in Mineral Resources Engineering.

A geologist with nearly 20 years of experience in geotechnics, he leads technical projects at VINQ, combining innovation and safety in mining solutions.

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