This paper deals with the problem of having a service by solid waste collection sites for surrounding solid waste producers, in such a way that waste-induced disaster risk faced by the waste producers is relatively equal. To cope with the problem, a location mathematical model of which objective is minimizing the gap between maximum and minimum value of waste-induced disaster risk experienced by the waste producers is proposed in the paper. The model applicability is subsequently demonstrated by using a problem of having such a relatively fair service taking place in the autonomous Regency of Klaten, Central Java, Indonesia. From the application to 2015 problem context in the regency, it is concluded that Klaten Regency should build 32 solid waste collection sites in order to minimize the gap between maximum and minimum value of waste-induced disaster risk experienced by its 101 solid waste producers. The application of the same model to projected 2022 problem context in the same region, in the meantime, shows that having a minimum gap between maximum and minimum value of waste-induced disaster risk for the 101 solid waste producers can be obtained by establishing 33 solid waste collection sites. In general, it is conclusive that an equity-based positioning of solid waste collection sites for an equitable waste-induced disaster risk is possible to achieve.