Pharmaceutical, agricultural, and personal care products play a major role in the lives of people around the globe. People depend on doctor’s prescriptions to cure what ails them and using personal care products to enhance well-being and to look better than average is an everyday practice. Most people believe the products and the drugs they use enhance the physical experience, but in reality, they also have a dark side.
The drugs used to enhance the immune system when viruses and bacteria invade the body contain new contaminants that have the ability to thrive in water sources around the world. Removing these contaminants is a challenge using current technologies They present a hidden danger. Most people don’t know or understand what’s actually in the water they drink.
These contaminants have a stable nature. Breaking down and removing these free radicals with conventional water purifying treatments is hard to do. Even advanced water treatments have a hard time removing some of these hidden bugs from water systems. Medical researchers claim the time to incorporate advanced water purifying technologies is here.
It’s common knowledge in the medical world that using antibiotics frequently is not a good idea since bacteria can develop a resistance to antibiotics, and these superbugs are hard to get rid of. Researchers now know the emerging free radicals in drugs can cause as much damage to humans and the ecosystem as any military operation.
Scientists are still in experimental mode when it comes to getting these nasty pharmaceutical bugs out of the world’s water supply. Researchers developed a new material that contains graphene-based nanomaterials. New graphene-based nanomaterials absorb free radicals better than the unmodified versions of graphene. Plus, researchers use membrane technology as well as photocatalysts mixed with magnet material, and that concoction gets coated with optical fibers to remove the EPCs from water sources.
The development of photocatalytic material allows researchers to put together a game plan that can degrade a plethora of pharmaceutical compounds. But using photocatalytic materials to clean the world’s water supply is still in its infancy.
There’s definitely a benefit associated with photocatalytic material, but there are also limitations. Finding the right formula to tackle these emerging pharmaceutical contaminants in the world’s water supply is not an exact science. But researchers think getting rid of these nasty under the human radar varmints may be on the horizon in this new decade.