A "service" with a bunch of stateless functions (I am intentionally not calling them methods) is really just a library of routines and the class is used mostly for namespace purposes (to group related functions together) and maybe deliver access to some dependencies. But those dependencies could be thought about almost the same way as global variables in a C program, because usually there exists only single instance of the service.
Neither are DTOs being passed between these services an OOP meachanism -- they are almost C-like structs to make it easier to pass data between functions and to have single reference to them. The only exception maybe is things like equals(), hashcode() etc, but this is very shallow use of OOP patterns.
So it is really difficult to say this is abuse of OOP, when there is very little of actual OOP in it.
The OOP "abuse" I was referring to is mostly caused by inheritance. Five or more levels of inheritance is not so uncommon in some enterprise business logic. And once you have to work with that, you arrived in hell. Especially if it is split into different projects, that you can't navigate or debug as one easily.
Also OOP is very commonly abused in those languages, to make easy stuff more complicated.