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Wednesday, February 5, 2025

Mealworms Can Eat Plastic, But Study Shows Limited Impact on Pollution Crisis


An experiment performed by researchers on the University of British Columbia has revealed the restricted potential of mealworms in addressing plastic air pollution. The examine, revealed in Biology Letters on December 4, estimated that 100 mealworms would take roughly 138 days, or 4.5 months, to eat a single disposable face masks constituted of polypropylene. The findings underscore the challenges of counting on insect larvae for large-scale plastic degradation as per numerous studies.

Plastic Pollution and Microplastics: A Growing Concern

The analysis centered on microplastics, that are plastic fragments smaller than 5 millimetres and linked to extreme well being points corresponding to elevated dangers of coronary heart assaults and strokes, as prompt by prior research. Earlier experiments had demonstrated the power of a number of insect species, together with yellow mealworms (Tenebrio molitor) and superworms (Zophobas atratus), to degrade numerous kinds of plastics. However, most of these research utilised powdered or pure types of plastic, quite than the manufactured objects individuals use every day, as reported by researchers.

Real-World Testing and Observations

Led by ecologist Dr Michelle Tseng, the group opted for a extra sensible method through the use of disposable face masks containing further supplies from manufacturing processes. To encourage consumption, the plastic was processed into microbits and blended with wheat bran. According to Dr Tseng in a press release, the bugs readily consumed this combination, termed “face-mask granola.”

No vital discount within the bugs’ lifespan was noticed. However, questions relating to the security of utilizing these larvae as feedstock in agriculture, significantly for poultry, have been raised. Dr Tseng famous that mealworms consuming giant quantities of microplastics could not stay secure for additional use in meals chains, as reported.

Challenges and Future Directions

The feasibility of utilizing mealworms for large-scale plastic degradation stays uncertain because of the gradual consumption fee. During the height of the COVID-19 pandemic, Asia alone reportedly used 2 billion face masks per day, highlighting the impracticality of such an answer. Researchers have prompt that exploring the microbial composition of those bugs may result in developments in waste breakdown applied sciences. Nonetheless, lowering plastic utilization is emphasised as the best method to managing this environmental disaster.

 



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