No, you can't. At least not in the way you would magnetic media of typical spinning platters. Here's some information repeated by multiple sources why you shouldn't even do such a thing to an SSD drive.
Only Do This If You Have To
Generally speaking, you should never have to perform any maintenance on your solid state drive. Such storage media has been designed with self-sufficiency in mind, using a series of algorithms and failsafes put in place to both maximize drive life and ensure data is properly discarded. The first protection comes in the form of wear leveling, designed to evenly distribute stored data between SSD blocks to ensure even wear.
As a reminder, traditional hard drives store files in physical locations on a magnetic platter, which is then indexed in the file system and accessed using a mechanical arm – a very linear way of doing things. While SSDs also use file systems to communicate data storage locations to the host system, they independently re-shuffle data for wear leveling. Those changes are recorded on a separate map. In other words, SSDs do not use any physically indexable locations, and software cannot specifically target sectors on the disk. Basically, your computer has no way of telling “where” that information was just copied to.
To comply with wear leveling, the SSD must constantly move data around the drive to ensure all blocks are worn at an equal rate. Using a secure “file shredder” to overwrite a specific file or folder many numbers of times is not going to work, because the drive writes all new incoming data to various different blocks, depending on its needs. Only the drive knows where this data is written, so secure deletion tools actually harm SSDs by performing an unnecessary number of additional writes.
Additionally from another article where they are referring to a Windows utility:
Fortunately it is possible to erase most SSDs, though this is closer to a “reset” than a wipe. The “ATA Secure Erase” command instructs the drive to flush all stored electrons, forcing the drive to “forget” all stored data. This command essentially resets all available blocks to the “erase” state, which is what TRIM uses for garbage collection purposes.
This command does not actually write anything to the drive. Instead it causes the SSD to apply a voltage spike to all available NAND in unison, resetting every available block of space in one operation. By doing this, you will use one whole program-erase cycle for your drive – a small dent in drive life, but still unnecessary unless you’re troubleshooting.
In this case, you aren't doing an actual secure erase, but are resetting each byte on the drive, which is all that is necessary to clear an SSD. And still completely unnecessary for the topic at hand.