Foreign　experience　in　reducing　the　emissions　of　volatile　organic　compounds　shows　that　the　edible　vegetable　oil　processing　industry,　as　the　main　user　of　the　solvents,　needs　to　control　the　emissions　of　VOCs.　In　order　to　grasp　the　domestic　VOCs　emission　characteristics　and　control　strategies　in　edible　vegetable　oil　processing　industry,　two　typical　enterprises　in　soybean　oil　processing　industry　were　selected　based　on　the　data　of　the　second　national　survey　of　pollution　sources.　The　VOCs　emission　points　of　typical　enterprises　were　identified,　and　the　emission　intensity　and　composition　of　the　main　emission　points　were　sampled　and　analyzed.　Combined　with　the　Maximum　Incremental　Reactivity　method,　the　ozone　generation　potential　of　the　industry　was　calculated.　The　results　show　that　there　are　high　concentration　VOCs　emission　nodes　in　the　crude　oil　leaching　process　section,　refining　process　section　and　supporting　sewage　treatment　plant　of　the　two　representative　enterprises.　From　the　perspective　of　emission　intensity,　the　VOCs　emission　concentration　of　each　sampling　node　of　the　two　companies　is　in　the　range　of　42.3-5134.3　mg/m3.　The　highest　point　of　VOCs　concentration　is　the　extraction　process　of　paraffin　oil　absorption　tower　exhaust　cylinder,　and　the　concentration　levels　are　5134.3　and　673.2　mg/m3,　respectively.　The　detected　components　at　each　sampling　point　in　the　extract　process　segment　are　mainly　for　n-hexane,　3-methyl　pentane,　2-methyl　cyclopentane,　crotonaldehyde　species.　The　oil　refining　process　segment　has　relatively　high　hexane　and　its　isomers　and　above　2-crotonaldehyde　same　proportion　is　higher,　and　also　has　pentane,　ethane,　ethylene,　1-butylene,　acrolein,　benzene　and　toluene　and　other　species.　The　ozone　formation　potential　of　the　extract　process　section　and　refining　process　sections　of　the　＇extract　+　refining＇　enterprise　is　2.64　and　4.31　g/g,　respectively,　and　2-butenal　is　the　primary　active　species.　At　present,　domestic　soybean　oil　processing　enterprises　still　have　great　potential　in　reducing　VOCs　emissions.　It　is　recommended　to　clarify　the　technical　routes　and　emission　standards　of　industry　pollution　prevention　and　control　according　to　the　emission　characteristics,　guide　enterprises　to　control　their　own　VOCs　emissions,　and　promote　industry　emission　reduction.　©　2022,　Editorial　Board,　Research　of　Environmental　Sciences.　All　right　reserved.