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\nAbstract Sharing<\/strong><\/p>\n
The extensive use of Palas\u00ae instruments in university research has brought a wealth of practical results to the academic community. We are honored to invite many university scholars to participate in this year’s AAC 2024 and to share the abstracts they have submitted.<\/p>\n
Case Study of Marine Aerosol Research Using AQ Guard in Fudan University<\/strong>\u00a0<\/strong><\/p>\n Research background:<\/strong><\/p>\n For the common air filters in our daily life, the filter lifetime of fibrous media is important for the energy-saving application of air filters and efficient delivery of clean air. The clogging process significantly affects the dust-loading behavior of fibrous filter media. Therefore, an effective methodology for determining the deposition of dust particles inside filter structures is necessary. The research team at the College of Textiles, Donghua University, obtained a large amount of reliable dust loading data with the help of the Palas\u00ae<\/sup> MFP 3000 filter filtration test rig, explored the collision behavior of dust particles with fibrous media and established a high-fidelity numerical simulation model of dust filtration.<\/p>\n Applications of Palas\u00ae<\/sup> MFP 3000:<\/strong><\/p>\n During the loading process, Palas\u00ae<\/sup> MFP 3000 provides highly precise dust loading test data on classification efficiency that changes in real time, thanks to its powerful test capability and flexible test functions. In addition, Palas\u00ae<\/sup> MFP 3000 provides in total of 59 channels for particle size distribution measurement of ISO A2 fine dust.<\/p>\n Research results:<\/strong><\/p>\n The research team has successfully developed a highly accurate numerical model of dust loading behavior of air filtration media with the help of stable and reliable experimental data from the Palas\u00ae<\/sup> MFP 3000. As can be seen in the figure below, the deviation between the simulated and experimental dust holding capacity was less than 1%, which makes it potentially useful in various fields and will help the air filtration industry in the future.<\/p>\n High precision numerical simulation results of dust filtration performance. (a) : The relationship between pressure drop and dust loading; (b) : The relationship between filtration efficiency and dust loading; (c) Dust capacity at a pressure drop of 250 Pa.<\/em><\/p>\n Are you on board? Organized by the Clean Air Forum Society of Malaysia (MyCAS) and in collaboration with the Asian Aerosol Research Assembly (AARA), AAC 2024 aims to bring together scientists, researchers, industry participants and policy makers to discuss specialized topics related to aerosol science, technology, measurements and impacts. Conference topics cover a wide range of important areas from aerosols and air pollution, climate meteorology, aerosol exposure and health effects, filter and control technologies, indoor air, nanoparticles and nanotechnology, and urban aerosols and air quality.<\/p>\n The organizers of the Conference are now calling for high quality abstracts from the aerosol industry. Quality papers presented at the conference will have the opportunity to be included in special issues of the Journal of Aerosol and Air Quality Research (AAQR), Science of the Total Environment (STOTEN) and Aerosol Science and Technology (AS&T). Therefore, you are cordially invited to attend the AAC 2024 Conference and submit your abstract for the opportunity to present your research in the form of an “Oral Presentation” or “Poster Presentation”.<\/p>\n Important date reminder: Palas\u00ae Support and Cooperation: China Visit Plan:<\/strong> Palas\u00ae has always been committed to innovation and development in the field of aerosol research. We believe that through close cooperation with universities, we can bring more value to academia and industry. We look forward to your participation and your unique insights and research results with us at AAC 2024. Let us look to the arrival of this academic feast together!<\/p>\n (Some information obtained from the organizers of AAC2024)<\/p>\n Palas\u00ae regularly conducts webinars on a variety of topics to pass on its expertise in aerosol measurement technology, which are presented in detail online by Palas\u00ae technical experts and industry scholars from around the world. Register for the webinar and get the information as soon as possible!<\/p>\n![\"\"](\"https:\/\/palas.com.cn\/en\/wp-content\/uploads\/2024\/07\/1722570965107.jpg\")
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\nCall for abstracts\u2026.<\/strong>\u00a0<\/strong><\/p>\n![\"\"](\"https:\/\/palas.com.cn\/en\/wp-content\/uploads\/2024\/07\/5.png\")
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\n<\/strong>In order to encourage more high-quality papers to participate, the organizers of AAC 2024 have extended the abstract submission deadline to July 31, 2024.<\/strong> Please hurry up and submit your abstract to share your research results with your peers around the world.<\/p>\n
\n<\/strong>If your abstract involves research using Palas\u00ae products or you need assistance and cooperation, please contact us at info@palas.com.cn<\/u><\/em>. Palas\u00ae will provide you with support and help you on your scientific journey.<\/p>\n
\nAAC 2024 organizers plan to visit China to further promote the conference. You can contact the organizers directly at secretariat@asianaerosol2024.com for more visit details or conference information. If you need Palas\u00ae support or help to contact with the organizers, please send an email to info@palas.com.cn. Palas\u00ae will wholeheartedly provide you with assistance.<\/p>\n