Based　on　the　environmental　issues　of　high　energy　consumption　and　high　emissions　of　asphalt　fumes　that　are　associated　with　hot　mixing　asphalt　pavement　construction,　especially　with　modified　asphalt　mixtures　such　as　waste　rubber　modified　asphalt　(WRMA)　mixtures,　significant　environmentally-friendly　new　technologies　have　been　successfully　applied　in　the　field　of　asphalt　pavement　materials.　These　include　fume　purification　equipment,　fume　suppression　or　flame-retarding　asphalt　mixture,　and　warm　mixing　or　cold　mixing　asphalt　mixture.　This　paper　provides　a　comprehensive　review　of　the　latest　technology　in　this　area　regarding　both　asphalt　fume　suppression　and　energy　conservation　within　the　last　six　years.　Firstly,　asphalt　fume　suppression　technologies　in　production,　laying,　and　combustion　scenarios　of　an　asphalt　mixture　are　identified,　and　asphalt　fume　purification　equipment　utilized　in　the　production　process　is　thoroughly　examined.　The　impacts　and　mechanisms　of　various　fume　suppressants　and　flame　retardants　of　asphalt　fumes　regarding　their　influence　on　the　performance　of　asphalt　pavement　are　discussed.　Secondly,　from　the　perspective　of　reducing　asphalt　mixture　temperature,　different　mixing　techniques　such　as　cold　mixing　asphalt　(CMA),　warm　mixing　asphalt　(WMA),　and　warm　mixing　based　retarding　viscosity　asphalt　(WM-RVA)　are　introduced　and　evaluated　utilizing　energy　consumption　and　carbon　emission　evaluation　models.　These　results　show　that　the　combination　of　advanced　oxidation　and　traditional　purification　methods　is　critical　for　promoting　the　green　production　of　asphalt　mixtures.　In-depth　research　on　nanomaterials　and　composite-type　asphalt　fume　suppression　materials,　WM-RVA,　and　effective　combinations　of　high-performance　modification,　recycled　materials,　fume　suppression　functional　materials,　and　WMA　or　CMA　hold　great　promise　for　future　development　in　this　field.　©　2023　Elsevier　B.V.