Wastewater treatment plants effectively remove microplastics – survey
Wastewater treatment plants remove microplastics with high efficiency, despite the fact that they were not designed to solve such problems – it was revealed during a survey of several domestic sewage treatment plants.
According to the announcement of the consortium conducting the survey, sent to MTI on Tuesday, the Water Management Science Committee of the Hungarian Academy of Sciences (MTA) held a quarterly presentation session on April 3, at which special attention was paid to the latest research results on microplastics released through municipal wastewater.
In this context, the employees of the RISK-MP project consortium – Eurofins Analytical Services Hungary Kft., the Hungarian University of Agriculture and Life Sciences, the Aquaculture and Environmental Safety Institute and the Pannon University – presented their first results, which were collected during a survey of several domestic wastewater treatment plants.
Related news
Microplastics and nutrition: The hidden dangers
In recent years, the presence and effects of microplastics have…
Read more >Microplastic contamination found in 90% of protein samples, including plant-based food
Microplastic particles have been identified in 88% of protein food…
Read more >The plastic content of bottled water is many times higher than previously thought
Bottled water, which many choose as a healthy alternative, may…
Read more >Related news
GKI analysis: Why do Hungarian households live more poorly than anyone else in the EU?
Imagine that the residents of every EU country shop in…
Read more >KSH: industrial producer prices decreased by 0.7 percent in May 2025 compared to the previous month, and increased by an average of 6.9 percent compared to a year earlier
In May 2025, industrial producer prices were 6.9 percent higher…
Read more >Baby Coupon Week is here again at Rossmann – 10% discount on all baby products for Rossmann+ members
Rossmann is committed to supporting families and parents with young…
Read more >