As　global　and　domestic　concerns　about　climate　change　intensify,　the　development　and　adoption　of　green　and　low-carbon　manufacturing　technologies　to　effectively　reduce　resource　consumption,　energy　usage,　and　greenhouse　gas　emissions　have　emerged　as　primary　trends　in　the　evolution　of　the　building　ceramics　industry　under　the　backdrop　of　the　＇dual　carbon＇strategy.　This　article　systematically　reviews　the　commercially　applied　and　research-stage　green　and　low-carbon　technologies　within　the　current　building　ceramics　industry.　It　conducts　a　carbon　emission　reduction　potential　analysis　for　various　technologies,　identifies　constraints　in　the　technology　promotion　process,　and　highlights　the　substantial　carbon　reduction　potential　of　clean　energy　substitution　technologies　and　manufacturing　process　optimization　technologies.　Technologies　such　as　raw　material　substitution,　high-quality　service,　and　waste　ceramic　tile　recycling　and　regeneration　contribute　significantly　to　economic　and　environmental　benefits,　but　are　still　in　developmental　stages.　The　article　also　discusses　the　application　of　methods　such　as　life　cycle　assessment　and　carbon　footprint　analysis　in　the　evaluation　of　green　and　low-carbon　technologies　in　the　field　of　building　ceramics.　It　discusses　the　trends　and　limiting　factors　of　different　green　and　low-carbon　technologies,　offering　suggestions　and　support　for　the　building　ceramics　industry＇s　transition　towards　a　low-carbon　and　environmentally　friendly　direction.　©　Published　under　licence　by　IOP　Publishing　Ltd.