Monthly Archives: September 2026

Questions about PFAS water contamination are understandable. Are these substances present in Dutch tap water? How much is detected? And does finding a very small concentration automatically mean that the water is unsafe? Responsible answers require more context than a headline or a single laboratory result can provide.

PFAS can enter groundwater and surface water, both of which are used to produce drinking water in the Netherlands. Water companies treat the source water and monitor its quality before it reaches households. However, PFAS is a broad group of substances, and not every compound is equally easy to remove. Dutch government information states that tap water may contain small amounts of PFAS but can still be consumed normally.

This article explains how PFAS reach drinking-water sources, why the origin of the water matters, what Dutch monitoring can and cannot tell us, and how legal requirements differ from health-based guidance. It also looks at bottled water, household filters

Choosing between tap water and bottled water can feel confusing when headlines report everything from a few plastic particles to hundreds of thousands per litre. Those figures may sound like answers to the same question, but they often describe different particle sizes, different samples and different laboratory methods.

Microplastics research does show that plastic particles can be detected in drinking water. It does not provide a simple global ranking in which every bottle contains more than every tap. To make a useful comparison, we need to know what was measured and what the result actually represents.

This article looks at the often-cited bottled-water study reporting approximately 240,000 particles per litre, available Dutch tap-water information and practical choices. The aim is to help you read the evidence without treating detection as a diagnosis or an unmeasured particle as proof of absence.

What are microplastics and nanoplastics?

Microplastics are small plastic particles, commonly

Food packaging does more than hold a product together. It protects food during transport, makes storage easier and can help keep it usable for longer. In a typical kitchen, that job is shared by plastic tubs, glass jars, metal tins, paper cartons, foil and reusable bags.

The question “Which material is best?” therefore needs a little context. A container designed for a cold lunch may not be intended for reheating soup. A glass dish can be convenient, but only if it is suitable for the temperatures and appliances you use. Paper can include a coating, while a reusable box still needs cleaning and care.

You do not need to understand every formulation to make sensible choices. Begin with the intended use, the instructions and the condition of the item. Then consider whether it fits the food, temperature and routine you actually have. The goal is a workable kitchen habit, rather than finding one perfect material for every task.

What makes food packaging suitable?

In the European Union, food

Microplastics are tiny plastic particles that have become a growing focus of scientific research because of their presence throughout the environment. These particles have been detected in different environmental systems, including water, soil, air, and everyday materials.

Microplastics can come from the breakdown of larger plastic products as well as from everyday sources such as synthetic textiles, tyre wear, and industrial activities. Because of their small size, these particles can spread easily through different environmental pathways.

Researchers are studying how humans may come into contact with microplastics through routes such as food, drinking water, and air. Recent studies have also investigated the presence of plastic particles in human tissues and biological samples. However, exposure does not automatically mean that proven health effects have been established.

In this article, we explore what microplastics are, where they come from, how human exposure can occur, and what current