CONFERENCE PROCEEDING
Chemical compounds and particles reported in the emissions of heated tobacco products
1
Hellenic Open University, Patras, Greece
Tob. Prev. Cessation 2026;12(Supplement 1):A96
ABSTRACT
BACKGROUND-AIM:
Heated tobacco products are since some years in the market. The technology of those products evolved during those years and the emissions produced are not the same. This work analyses the published works and synthetise the data on the chemical compounds and the particles reported in the emissions of heated tobacco products.
METHODS:
Scopus is used as database for the published works. One search was performed, using appropriate keywords, for the emissions of chemical compounds from heated tobacco products The PRISMA method was used to select the papers to include in the analysis. Then, for each paper, several data were recorded: the metadata of the paper (title, authors, journal, year, etc.), the analytical methods used for the determination of the compounds found in the emisions, the chemical compounds found and their concentrations (if available), the funding source, etc. In the case of particles, in addition of the chemical analysis (if available), the physical characteristics of the particles analyzed are also presented. At the next step, those data were put in appropriate tables and analysed.
RESULTS:
This work is ongoing and the final results are not fully available. For the moment, the analysis is finished until end of 2020. Until the end of 2020, 85 papers deal with the compounds emitted from heated tobacco products. Totally, 494 compounds and 34 metals are detected in the emissions; the particles are analysed using 26 different physical characteritics (number, mass, etc) and 516 chemical compounds are found in the particles. The next step is the presentation of the impact of funding (industry, independent research) on the detected emissions, the clustering of those compounds in chemical famillies, the evolutiuon of the compound on time and a focus on the known toxics.
CONCLUSIONS:
Several hundreds of chemical compounds are reported in the literature in the case of the gaseous nad particulate emissions of heated tobacco products. Aldo, several works report and analyze the emissions of particles. The next step is the analysis of the
Heated tobacco products are since some years in the market. The technology of those products evolved during those years and the emissions produced are not the same. This work analyses the published works and synthetise the data on the chemical compounds and the particles reported in the emissions of heated tobacco products.
METHODS:
Scopus is used as database for the published works. One search was performed, using appropriate keywords, for the emissions of chemical compounds from heated tobacco products The PRISMA method was used to select the papers to include in the analysis. Then, for each paper, several data were recorded: the metadata of the paper (title, authors, journal, year, etc.), the analytical methods used for the determination of the compounds found in the emisions, the chemical compounds found and their concentrations (if available), the funding source, etc. In the case of particles, in addition of the chemical analysis (if available), the physical characteristics of the particles analyzed are also presented. At the next step, those data were put in appropriate tables and analysed.
RESULTS:
This work is ongoing and the final results are not fully available. For the moment, the analysis is finished until end of 2020. Until the end of 2020, 85 papers deal with the compounds emitted from heated tobacco products. Totally, 494 compounds and 34 metals are detected in the emissions; the particles are analysed using 26 different physical characteritics (number, mass, etc) and 516 chemical compounds are found in the particles. The next step is the presentation of the impact of funding (industry, independent research) on the detected emissions, the clustering of those compounds in chemical famillies, the evolutiuon of the compound on time and a focus on the known toxics.
CONCLUSIONS:
Several hundreds of chemical compounds are reported in the literature in the case of the gaseous nad particulate emissions of heated tobacco products. Aldo, several works report and analyze the emissions of particles. The next step is the analysis of the
| eISSN: | 2459-3087 |
We process personal data collected when visiting the website. The function of obtaining information about users and their behavior is carried out by voluntarily entered information in forms and saving cookies in end devices. Data, including cookies, are used to provide services, improve the user experience and to analyze the traffic in accordance with the Privacy policy. Data are also collected and processed by Google Analytics tool (more).
You can change cookies settings in your browser. Restricted use of cookies in the browser configuration may affect some functionalities of the website.
You can change cookies settings in your browser. Restricted use of cookies in the browser configuration may affect some functionalities of the website.
