Identification of quantifiable biological parameters for rescue personnel in the context of relational analysis of hazardous environments

The previous events in the industry reflect need to take action stop or at least slow down development of damage and prevent reduce, as far possible, their extent. In case breakdowns industrial technological processes, management requires, addition plant maintenance personnel properly trained for such situations, participation specialized interventions hazardous environments. To form an image, intervention is described a set actions facilities flow which event out control was triggered, aims negative consequences. systemic approach correlation substances connection with environment, relationships between constructions, installations well identification effects environments allows crystallization relational analysis this context, rescuers involved liquidation must have high degree practical physical training. During training / interventions, opportunity constantly monitor physiological parameters through wearables. This paper identify quantifiable biometric rescue context