Volatile　organic　compounds　(VOCs)　are　important　precursors　of　fine　particulate　matter　and　ozone,　and　have　a　significant　impact　on　the　formation　of　complex　pollution　in　China.　The　Beijing-Tianjin-Hebei　Region　is　suffering　from　serious　air　pollution　problem,　with　complex　VOCs　sources　and　large　amount　of　emissions.　Thus,　it　is　urgent　to　form　a　VOCs　control　strategy　based　on　atmospheric　reactivity.　The　anthropogenic　VOCs　emission　sources　of　the　Beijing-Tianjin-Hebei　Region　were　taken　as　the　research　object,　an　2018　emission　inventory　covering　various　industries　and　species　was　established.　The　VOCs　spectra　were　obtained　from　field　observations　and　collection　of　previous　studies.　The　ozone　formation　potential　(OFP)　and　secondary　organic　aerosol　formation　potential　(SOAP)　of　different　sources　were　thus　acquired.　The　VOCs　emission　source　priority　control　classification　technology　method　was　constructed.　The　classification　index　of　each　emission　source　was　calculated　and　emission　sources　for　priority　control　were　identified.　The　results　showed　that:　(1)　The　total　amount　of　anthropogenic　VOCs　emissions　in　the　Beijing-Tianjin-Hebei　Region　in　2018　was　2.140　million　tons,　and　main　components　were　arranged　in　the　order　of　aromatic　hydrocarbons,　alkanes　and　oxygenated　organic　compounds.　(2)　Small　buses,　industrial　protective　coatings,　heavy　goods　vehicles,　coking　industry　were　the　predominant　sources　of　OFP　and　SOAP.　(3)　The　classification　index　was　calculated　based　on　the　emissions　of　various　sources,　industrial　protective　coatings,　small　buses,　heavy　goods　vehicles,　coking,　steel,　heating　combustion,　biomass　combustion　ranked　in　the　top.　It　was　indicated　that　there　were　certain　limitations　in　formulating　control　strategies　based　on　the　single　factor　of　industry　VOCs　emissions,　OFP　and　SOAP.　In　order　to　achieve　the　scientific　and　collaborative　prevention　and　control　of　PM2.5　and　O3,　it　is　suggested　to　strengthen　the　control　of　the　emission　sources　obtained　based　on　multi　factors.　©　2023　Editorial　Board,　Research　of　Environmental　Sciences.　All　rights　reserved.