System and method for assessing and reducing air pollution by regulating airflow ventilation

A system for minimizing the levels of air pollution in a non-monitored enclosed structure by optimizing the conditions of airflow ventilation, said system comprises:

• a. at least one independent first air pollution monitoring station placed in a urban area capable of continuously and in real time, monitoring and transmitting data relating to fluctuations in the air pollution levels;
• b. a second independent monitoring station capable of identifying and transmitting data relating to fluctuations in the air pollution levels;
• c. a centralized optimization and control computing center capable of:
• i. gathering and analyzing data of air pollution received from said monitoring stations through a first communication network, identifying tendencies, synchronizations of tendencies and dependency of tendencies of air pollution levels between different locations of the same urban area;
• ii. identifying in real time periods of relative minimal pollution levels at the monitored locations;
• and
• iii. calculating relative influence factor for each monitoring station regarding its relative influence in calculating air pollution relative levels for each non-monitored location of the urban area;
• and
• iv. using said identified spatial synchronizations of pollution tendencies or using said relative influence factor and said identified spatial dependencies between different locations, in order to identify periods of relative minimal pollution levels for remote structures which does not include an outdoor air pollution monitoring station;
• and
• V. sending ventilation control commands through a second communication network and based on the relative influence factor to a recipient in said non-monitored remote enclosed structure.