Sep 2026· INTERNATIONAL JOURNAL OF CHEMISTRY AND CHEMICAL PROCESSES· 0 citations
Abstract
Research into the degradation of bio-based teabags, often touted as eco-friendly alternatives to
plastic, is crucial due to concerns about microplastic pollution. Materials like polylactic acid
(PLA), cellulose, and hemp are used to reduce plastic waste, but their biodegradability and
potential for microplastic release remain unclear. This review examines the degradation
mechanisms of these teabags, the factors affecting biodegradation, and microplastic emissions.
While bio-based materials may decompose well in industrial composting, environmental
conditions such as temperature and humidity can hinder their breakdown, leading to persistent
microplastics in ecosystems. PLA teabags, in particular, release significant microplastic
particles when exposed to hot water, with cellulose-based teabags also posing risks, albeit to a
lesser degree. The impact of these microplastics on both ecosystems and human health highlights
the need for sophisticated analytical techniques for their detection and quantification. This
review emphasizes the necessity for further research into the biodegradation of bio-based
teabags and the development of stricter regulations to prevent worsening plastic pollution.
More plastic is being used, which results in daily increases in environmental contamination. Microplastic and other pollutants made of plastic are being introduced into the environment and our food chain. Research on bio-based plastic is now receiving attention to create a sustainable, greener world with a smaller envi...
A. Jatoi, Aurangzeb Junejo, Siraj Ahmed et al.· Jammu Kashmir Journal of Agr...· 0 citations
Biodegradable plastics are frequently characterized as materials capable of complete mineralization under specific environmental conditions. Although the application of bio-based substitutes for traditional plastics has become widespread, numerous studies have reported that these materials also contribute to microplast...
The profound effects of MPs on soil health, P dynamics and microbial functionality are explored, and microbiome-based strategies, including phosphate-solubilizing microbes and innovative remediation approaches, are highlighted as promising solutions to mitigate MP impacts and restore soil health and agricultural sustai...
Safae ER. Raouan, H. Bellouk, Imane Er Raouan et al.· CABI Reviews· 0 citations
The presence of emerging contaminants (ECs) such as pharmaceuticals, pesticides, flame retardants, and personal care products is a growing concern for aquatic systems and human health because these contaminants are persistent and difficult to remove using traditional wastewater treatment methods. Microalgae‐based syste...
Shamshad Khan, Cailing Deng, Hrachuhi Galstyan· Water environment research· 0 citations
Microplastics (MPs) are one of the emerging contaminants(ECs), which are produced wide range of human activities, and due to their persistence, bioaccumulation and toxicity they increasingly threaten the environment and have a negative impact on human health. This review presents the available literature regarding sour...
Anchal Tripathi, Anjali Rajput, Vikas Sharma et al.· BIO Web of Conferences· 0 citations
The growing accumulation of microplastics (MPs) in the environment highlights the urgent need for greener, more scalable treatment options compared to traditional physicochemical methods. In this review, we summarize progress in the microbial breakdown and enzymatic depolymerization of major plastic types, mapping out...
Aman Thakur, A. Khusnutdinova, Alexander F. Yakunin et al.· Frontiers in Environmental S...· 0 citations
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