We have formulated, implemented, and tested a statespecific approach to solvation for RAS-SF wave functions. Both equilibrium (self-consistent and fully relaxed) and nonequilibrium (vertical excitation) versions are reported, the latter within a perturbative "ptSS" approximation introduced in earlier work. This new methodology opens the possibility to describe dielectric continuum effects on CT states within a cost-effective and easy-to-use wave function model for strong correlation, which can describe multi-exciton states and other types of excitations that are beyond the reach of (or poorly described by) single-excitation methods such as CIS and TD-DFT. Benchmark tests indicate good agreement with other methods for well-separated CT excitations (ion-pair states), in systems such as C 2 H 4 • • • C 2 F 4 and (naphthalene) 2 . The ptSS approach to vertical excitation energies agrees with literature results for stabilization of CT states versus LE states, in a model of a covalently-linked pentacene dimer that undergoes intramolecular singlet fission.