Microplastics 101 · AquaTrace
Microplastics in drinking water: what do we actually know?
Microplastics are being detected in more places as methods improve. The useful question is not simply whether they can be found, but what a result means for the water you actually use.
The short answer
Microplastics have been detected in drinking water, including tap and bottled water. What varies is how much is found, what types are present and what that means for a particular household.
What are microplastics?
Microplastics are very small pieces of plastic that can come from the breakdown of larger items, fibres, packaging and many other everyday sources. Because plastic is used so widely, researchers have found these particles across the environment.
Drinking water is one of many possible exposure routes, which is why it has attracted increasing attention.
Does finding them mean my water is unsafe?
Not by itself. Research into the long-term health effects of microplastic exposure is still developing, and there is not currently a simple particle count that can be translated into “safe” or “unsafe” for a household.
AquaTrace reports observations from your submitted sample and presents them in context. A household screening result is information about that sample, not a drinking-water safety certificate.
Why do different studies report such different results?
Researchers do not all look for microplastics in exactly the same way. Some studies can see much smaller particles than others, and the water sources being studied can be completely different.
That is why a number from an overseas study may not tell you very much about the water from your own kitchen tap.
What can household testing add?
Testing gives you information about the water you actually use. That can be useful if you want a household baseline or if you want to compare two sources such as tap and filtered water.
AquaTrace reports the particles detected in your sample along with size information, representative images and AI-assisted polymer classification so the result is more informative than a single unexplained number.
What should I do with the result?
A result does not automatically mean you need to change anything. Its value is in giving you clearer information about the source you tested.
If you do want to make a change, the result can provide useful context. For example, comparing water before and after a filter can show whether that filter is changing what reaches your glass.