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  4. Burning Tobacco Cigarettes with CA Polymer Filters Harms Smokers and the Environment -toxic Deposits and respirable Microfibers
 
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April 2024
Presentation
Title

Burning Tobacco Cigarettes with CA Polymer Filters Harms Smokers and the Environment -toxic Deposits and respirable Microfibers

Title Supplement
Presentation held at 9th International Conference on Material Science and Engineering, April 11- 2, 2024, Rome
Abstract
Well over 90% of the 6.5 trillion cigarette butts smoked worldwide each year contain a cellulose ace-tate filter. 4.5 trillion of these filters loaded with chemical pollutants, each of which consists of approx. 15,000 individual fibers with a large surface area, are disposed of illegally and carelessly in the environment. Around 70% of them end up in the world’s oceans, 30% on the ground and as airborne emitters.Most of the approximately 1 billion smokers on earth believe that the CA polymer filter benefits their lungs and health. However, many studies and investigations have proven the opposite. The filter is a marketing tool of the tobacco industry. During smoking, cigarette butts emit around 100 micro- and nanofibers loaded with harmful substances into the respiratory tract per filter. With an average of 16 cigarettes a day, a smoker ingests approx. 1600 microfibers, with unexplained consequences. The filter effect against combustion chemicals from the exhaust smoke, i.e. the protection of the smoker, is negli-gible because the smoker recovers the reduced nicotine (deposits on the fibers) through a higher draw. This compensates for the filtered, lower quantities of chemicals.What remains is enormous annual global environmental damage, including cleaning costs running into billions. Despite extensive scientific research over the past 50 years, there are still important questions without answers.
Author(s)
Eyerer, Peter  
Fraunhofer-Institut für Chemische Technologie ICT  
Conference
International Conference on Material Science and Engineering 2024  
Request publication:
bibliothek@ict.fraunhofer.de
Language
English
Fraunhofer-Institut für Chemische Technologie ICT  
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