Safety-Hygiene-Environment
Introduction
Definition and context of Safety-Hygiene-Environment
Integrated Safety, Hygiene and Environment management (SHyMA) represents a multidisciplinary approach that seeks to guarantee safe, healthy and respectful working conditions with the natural environment. This discipline is essential in sectors such as construction, industry and manufacturing, where occupational and environmental risks are significant and require systematic management.
The main purpose of SHyMA is to prevent accidents, occupational diseases and environmental damage through the implementation of specific standards, procedures and controls. This integration contributes to operational sustainability and regulatory compliance, promoting a safe work environment and minimal environmental impact.
Components of SHyMA Management
Safety at work
Occupational safety focuses on the identification, evaluation and control of risks that can cause accidents or injuries in the workplace. To this end, technical and organizational measures are implemented that minimize exposure to physical, chemical, biological and ergonomic hazards.
Among the basic safety tools are risk analysis, the use of personal protective equipment (PPE), continuous training, and adequate signage in work areas. Additionally, safety culture is essential for workers to adopt preventive behaviors and report unsafe conditions.
Safety also encompasses emergency planning and incident response, which includes drills, evacuation protocols, and the availability of first aid equipment to mitigate the consequences of potential accidents.
Industrial hygiene
Industrial hygiene is aimed at identifying, evaluating and controlling contaminating agents present in the work environment that may affect the health of workers. These agents can be physical, chemical or biological and their proper management is crucial to prevent occupational diseases.
To this end, environmental measurements and periodic monitoring are carried out to quantify exposure to contaminants such as dust, toxic gases, noise, vibrations and radiation. Based on this data, technical controls (ventilation, isolation), administrative controls (personnel rotation) and the use of specific PPE are implemented.