The Influence of Meteorological Elements on Air Pollution in the Celje Basin

Namen diplomske naloge z naslovom Vpliv meteoroloških elementov na onesnaženost zraka v Celjski kotlini je poskušati prikazati, kakšno je dejansko stanje v Sloveniji in Celjski kotlini, glede onesnaženosti zraka z onesnaževali, kot so ozon, dušikovi oksidi, trdi delci PM10 in žveplov dioksid. Po preučevanju dejanskega stanja v Celjski kotlini, za katero je že raziskano, da spada kritično in dolgotrajno med najbolj onesnažena območja in je zato ena pomembnih državnih nalog in zahteva čimprejšnjo rešitev. Nato pa smo se osredotočili na prikaz stanja v Celju v obdobju od leta 2007 do 2011 in ugotavljali, kako na onesnaženost zraka vplivajo nekateri meteorološki elementi, kot so hitrost vetra, zračni pritisk in temperatura zraka. Visoke koncentracije onesnaževal niso odvisne samo od onesnaževal, ki v ozračje s svojim obratovanjem izpuščajo določene emisije, ampak na višino koncentracij vpliva dejansko stanje vremenskih situacij.The intention of my diploma thesis, titled The Influence of Meteorological Elements on Air Pollution in the Celje Basin, is trying to show the actual condition in Slovenia and the Celje Basin, according to air pollution with the air pollutants such as ozone, nitrogen oxides, particulate matter PM10 and sulphur dioxide. After studying the actual condition in the Celje Basin, for which it had already been researched that it critically and long termed belongs to the most polluted areas, and is therefore one of the important country’s tasks and demands the solution as quickly as possible. Next I have focused on the presentation of the condition in Celje in the period from the year 2007 to 2011, and I was finding how some meteorological elements such as wind speed, air pressure and air temperature influence air pollution. High concentrations of pollutants do not depend only on the pollutants that are released to the atmosphere by certain emissions with its operation, but the actual condition of weather situations also influences the height of concentrations