An integrated approach to the creation of air monitoring system on the objects’ oil and gas industry

Authors: M.A. Pashkevich, T.A. Petrova (National Mineral Resources University, RF, Saint-Petersburg)

Key words: monitoring, atmospheric air pollution sources, management, geoinformation systems (GIS).

Production objects of the oil and gas complex are sources of complex and concentrated impact on the environment and on the atmosphere, in particular. There is a necessity for attraction of powerful software to assess the real level of air pollution in the impact area of dangerous production objects of oil and gas complex in the normal mode of operation and in emergency situations. This will allow the use of alternative cartographic methods of interpretation of the obtained information and the use of modeling of the ground level concentrations fields, based on the data about values of emissions from different sources. The proposed air monitoring system on production objects of oil and gas complex will allow to assess the state of atmospheric air with high probability and to quickly identify the pollution sources, that contribute most to, in the real time, and to reduce the environmental and technogenic danger of the enterprise. 

Key words: monitoring, atmospheric air pollution sources, management, geoinformation systems (GIS).

Production objects of the oil and gas complex are sources of complex and concentrated impact on the environment and on the atmosphere, in particular. There is a necessity for attraction of powerful software to assess the real level of air pollution in the impact area of dangerous production objects of oil and gas complex in the normal mode of operation and in emergency situations. This will allow the use of alternative cartographic methods of interpretation of the obtained information and the use of modeling of the ground level concentrations fields, based on the data about values of emissions from different sources. The proposed air monitoring system on production objects of oil and gas complex will allow to assess the state of atmospheric air with high probability and to quickly identify the pollution sources, that contribute most to, in the real time, and to reduce the environmental and technogenic danger of the enterprise. 


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