The　process　of　decision-making　is　subject　to　various　influence　factors　and　environmental　uncertainties,　which　makes　decision　become　a　very　complex　task.　As　a　new　type　of　decision　processing　tool,　the　q-rung　orthopair　fuzzy　sets　can　effectively　deal　with　complex　uncertain　information　arising　in　the　decision　process.　To　this　end,　this　study　proposes　a　new　multi-attribute　decision-making　algorithm　based　on　the　power　Bonferroni　mean　operator　in　the　context　of　q-rung　orthopair　fuzzy　information.　In　this　method,　in　view　of　multi-attribute　decision-making　problem　of　internal　relationship　between　multiple　variables　and　extreme　evaluation　value,　the　Bonferroni　mean　operator　is　combined　with　power　average　operator.　Then,　the　integrated　operator　is　introduced　into　the　q-rung　orthopair　fuzzy　set　to　develop　a　new　q-rung　orthopair　power　Bonferroni　mean　operator,　and　some　relevant　properties　of　this　new　operator　are　discussed.　Secondly,　a　multi-attribute　decision-making　method　is　established　based　on　this　proposed　operator.　Finally,　the　feasibility　and　superiority　of　our　method　are　testified　via　a　numerical　example　of　investment　partner　selection　in　the　tourism　market.