This is completely inaccurate and disingenuous. Glass suffers from no such thing as "microglass", unlike plastic. Plastic actively sheds micro/nanoplastics into

This is completely inaccurate and disingenuous. Glass suffers from no such thing as "microglass", unlike plastic. Plastic actively sheds micro/nanoplastics into bottled water, with hundreds of thousands of particles (and probably more depending on its handling) floating in the water, along with any chemicals used to make plastic moldable, fire-retardant, etc. Glass bottles have no additives that leach out in anything but the most minute quantities, even in an alkaline solution. The same can't be said for plastic containers. Also, while glass does dissolve in water, it is an extremely slow process that does not affect containers at room temperature in any significant way. As for the claim about glass evaporating due to vapor pressure, while technically true, the vapor pressure of glass at room temperature is so infinitesimally small that it's completely irrelevant for practical purposes. This process occurs at such a slow rate that it would take far longer than the age of the universe to have any measurable effect on a glass container.