Lasers would probably be more practical. Maybe a whole array of lasers w. telescopes? At (say) 500 km, a 20 cm aperture would have a spot size of maybe 50 cm. So let's take that telescope array, hook a kW laser to each one, and roast some LEO satellites?
(Note: this is not an actual suggestion this be done.)
I know you are joking on this one, as I was on mine. But with people being arrested for shining pet toy lasers at objects, best everyone stay clear of this one.
I’m working on a DaaS startup (drone as a service) so maybe I’ll locate next to you and your customers can blow drones out of the sky and mine will keep having to replace theirs.
If you have to yeet space trash to a gravitational well, Jupiter is probably the more attractive option. Lower delta-V, still a large well, and so long as you get reasonably close, orbital decay should solve the problem eventually.
For de-orbiting LEO satellites, electrodynamic tethers is probably the most viable active method:
"Study on electrodynamic tether system for space debris removal"
(Note: this is not an actual suggestion this be done.)