METHOD FOR COMPATIBLE CONSIDERATION OF MOTOR FUEL VAPOR AND THERMAL ENERGY EMISSIONS DURING CRITERIA-BASED ASSESSMENT OF THE ECOLOGICAL SAFETY LEVEL OF EXPLOITATION OF RECIPROCATING ICE OF FIRE-FIGHTING AND EMERGENCY-RESCUE EQUIPMENT IN CONDITIONS OF

The study is aimed at improving the method for compatible consideration of motor fuel vapor and thermal energy emissions during complex criteria-based assessment of the ecological safety level of exploitation of power plants with reciprocating ICE, namely firefighting and emergency-rescue vehicles units, taking into account the realities of the functioning of the divisions and institutions of the SES of Ukraine in conditions of armed aggression and in the perspective of the post-war reconstruction of critical infrastructure and the economy of our country. The object of the study is the ecological safety level of the exploitation process of power plants with reciprocating ICE, in particular firefighting and emergency-rescue vehicles units of the institutions and divisions of the SES of Ukraine, considering the negative technogenic impact of compatible thermal energy of motor fuel vapor and thermal energy emissions into environment. The subject of the study is contribution to the numerical values of the indicators of the object of the study of the compatible thermal energy motor fuel vapor and thermal energy emissions into the environment. The scientific novelty of the research results is that the method for compatible consideration of the emission of thermal energy and motor fuel vapor emissions from fuel tank into the environment from power plants with reciprocating ICE, in particular firefighting and emergency-rescue vehicles units, in a complex criteria-based assessment of the indicators of the ecological safety level during their exploitation has been further developed. The practical significance of the research results consists is providing a quantitative and qualitative assessment of the studied effects and developing technical solutions and organizational measures on this basis to reduce or eliminate them by developing an appropriate environment protection technology with executive devices on the methodological basis of the ecological safety management system.