The incursion of minuscule fragments of microplastics into our physiological systems is now occurring in alarming proportions, predominantly via our consumables. Recent scientific inquiries have elucidated a straightforward and efficacious methodology for the extraction of these contaminants from aqueous environments.
Researchers affiliated with Guangzhou Medical University and Jinan University in China conducted experiments on both soft water and hard tap water, the latter of which is characterized by a higher mineral concentration.
“Nanoplastics and microplastics (NMPs) permeating through ineffectually managed centralized water treatment systems are increasingly recognized as a significant global health concern, threatening human welfare through potable water consumption,” a study published in February notes.
The methodology involved the introduction of nanoplastics and microplastics, which were subsequently boiled and filtered to eliminate any precipitates. Remarkably, the boiling and filtration process removed up to 90 percent of the NMPs in certain instances, although the effectiveness exhibited variability dependent on the water type.
Significantly, this method is remarkably accessible; utilizing commonplace kitchen implements, individuals can enact this procedure with minimal effort.
“This uncomplicated boiling technique serves as an effective means of decanting NMPs from household tap water and holds promise for mitigating human ingestion of these contaminants through water consumption,” the researchers assert.
The study’s premise encapsulates a pressing and sophisticated approach to addressing the burgeoning issue of microplastics in our environment. For an in-depth examination, kindly refer to the full article published in Environmental Science & Technology Letters.
A prior iteration of this article was disseminated in March 2024.
Vocabulary List:
- Incursion /ɪnˈkɜːrʒən/ (noun): An invasion or attack especially one that is sudden.
- Efficacious /ˌɛfɪˈkeɪʃəs/ (adjective): Effective; producing the desired outcome.
- Contaminants /kənˈtæmɪnənts/ (noun): Substances that make something impure or dirty.
- Methodology /ˌmɛθəˈdɒlədʒi/ (noun): A system of methods used in a particular area of study or activity.
- Potable /ˈpoʊtəbl/ (adjective): Safe to drink; suitable for consumption.
- Decanting /dɪˈkæntɪŋ/ (verb): Pouring liquid from one container to another especially to separate out sediments.
How much do you know?
What method was found to be efficacious for removing microplastics from aqueous environments?
The study conducted experiments on which types of water?
What percentage of Nanoplastics and microplastics (NMPs) were removed by the boiling and filtration process in certain instances?
Which kitchen implements can individuals use to remove microplastics from tap water?
What is the potential benefit of the boiling technique in reducing human ingestion of microplastics?
Where was the study published?
The methodology involved in the study included freezing and chemical treatments.
The boiling and filtration process had a consistent effectiveness across all types of water tested.
The researchers implied that the boiling technique for removing microplastics is complex and time-consuming.
The study primarily focused on the introduction of nanoplastics into water sources.
The researchers suggested that the boiling technique could help mitigate health concerns related to microplastics in water.
The study was first disseminated in February 2024.
Researchers affiliated with Guangzhou Medical University and Jinan University conducted experiments in China on both soft water and tap water.
The boiling and filtration process removed up to 90 percent of the NMPs in certain .
Utilizing commonplace kitchen implements, individuals can enact this procedure with minimal .
The study’s premise addresses the burgeoning issue of in our environment.
The full article can be found in Environmental Science & Technology Letters published by .
A prior iteration of this article was disseminated in 2024.