ID: 1779
/ PO2: 1
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Topics: 4a. Chemistry, sources, transformations - Indoor air chemistry, 4b. Chemistry, sources, transformations - Material emissions, 5a. Monitoring of indoor air quality - VOCs, and other gaseous contaminantsKeywords: laser printer, UFP, thermal extraction, cascade impactor
Chemical characterization of ultra-fine particles released from laser printers
Olaf Wilke, Stefan Seeger, Doris Brödner, Kerstin Erdmann, Fabian Rasch
Bundesanstalt für Materialforschung BAM, Germany
ID: 1119
/ PO2: 2
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Topics: 4a. Chemistry, sources, transformations - Indoor air chemistry, 5a. Monitoring of indoor air quality - VOCs, and other gaseous contaminantsKeywords: exercise, VOCs, breath, skin, human, acetone, isoprene
Human VOC emission during physical exercise
Lisa Ernle1, Nijing Wang1, Gabriel Bekö2, Tatjana Müller1, Pawel Wargocki2, Charles J. Weschler3, Jonathan Williams1
1Max Planck Institute for Chemistry, Germany; 2International Centre for Indoor Environment and Energy, Department of Civil Engineering, Technical University of Denmark; 3Environmental and Occupational Health Sciences Institute, Rutgers University, Piscataway, NJ, USA
ID: 1321
/ PO2: 3
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Topics: 1a. Indoor air quality, health and wellbeing - Biologicals, gaseous, particles, 5a. Monitoring of indoor air quality - VOCs, and other gaseous contaminants, 7a. Drivers of indoor microbiological exposure - Moisture, dampness, new solutionsKeywords: Fungi, VOC and SVOC emissions, aging process, building and finishing materials, antifungal treatments
The effect of aging on decorative and renovation materials containing biocides
Nouha Zine Filali1, Tamara Braish2, Nadine Locoge2, Yves Andres1
1IMT Atlantique, France; 2IMT Nord Europe, France
ID: 1403
/ PO2: 4
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Topics: 4b. Chemistry, sources, transformations - Material emissionsKeywords: VOC emission, biobased materials, floor coverings, ageing influence
Emissions of volatile organic compounds from floor coverings and influence of ageing
Nathalie Costarramone1, Hélène Garay1, Hervé Plaisance1, Chistophe Cantau2, Valérie Desauziers1
1IPREM, IMT Mines Ales, Universite de Pau et des Pays de l’Adour, E2S UPPA, CNRS, Pau, France; 2Materials and constructive systems, Nobatek-INEF4, Anglet, France
ID: 1753
/ PO2: 5
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Topics: 1a. Indoor air quality, health and wellbeing - Biologicals, gaseous, particles, 4b. Chemistry, sources, transformations - Material emissionsKeywords: odour, building product, perceived intensity, ISO 16000-28
Odour Emissions from Building Products – Simplifying the Evaluation of Perceived Intensity
Simone Brandt1, Frank Brozowski2, Wolfgang Horn3, Wolfgang Plehn2, Birgit Müller1
1University of Applied Sciences (HTW Berlin), Germany; 2German Environment Agency (UBA), Germany; 3Bundesanstalt für Materialforschung und -prüfung (BAM), Germany
ID: 1835
/ PO2: 6
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Topics: 4a. Chemistry, sources, transformations - Indoor air chemistry, 4b. Chemistry, sources, transformations - Material emissions, 5a. Monitoring of indoor air quality - VOCs, and other gaseous contaminantsKeywords: 2-ethylhexanol, VOCs, seasonal variation, material emission, humidity
Seasonal fluctuation of indoor air 2-ethylhexanol levels after floor renovation
Olavi Vaittinen
Raksystems Suomi, Finland
ID: 1807
/ PO2: 7
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Topics: 1a. Indoor air quality, health and wellbeing - Biologicals, gaseous, particles, 4b. Chemistry, sources, transformations - Material emissions, 5a. Monitoring of indoor air quality - VOCs, and other gaseous contaminantsKeywords: PAHs, Material emissions, Indoor air, Air quality, Health effects
Impact of building material based pahs on indoor air quality -A retrospective study
Evgeny Parshintsev1, Jarno Komulainen2
1Finnish Institute of Occupational Health, Finland; 2Vahanen Building Physics Ltd, Finland
ID: 1603
/ PO2: 8
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Topics: 4b. Chemistry, sources, transformations - Material emissionsKeywords: Indoor air quality, VOC, mould growth, multivariate analysis
Principal component analysis of VOC emissions from hidden mould growth
Vuokko Lappalainen1,2, Jouni Sorvari3, Elina Sohlberg4, Pertti Pasanen1
1University of Eastern Finland; 2Sirate Group Ltd, Finland; 3Natural Resources Institute Finland (Luke), Helsinki, Finland; 4VTT Technical Research Centre of Finland
ID: 1402
/ PO2: 9
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Topics: 4b. Chemistry, sources, transformations - Material emissions, 7b. Drivers of indoor microbiological exposure - The indoor microbiome (sampling and measurement, bioinformatics, field studies)Keywords: Fungal colonization susceptibility, VOC emissions, Odours, Hemp concrete, Flax concrete
Properties of new vegetal concretes from an IAQ point of view
Cedric Perez, Christine Lors, Liselotte Tinel, Marie Verriele, Nadine Locoge, Frederic Becquart
IMT Nord Europe, France
ID: 1151
/ PO2: 10
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Topics: 1a. Indoor air quality, health and wellbeing - Biologicals, gaseous, particles, 5a. Monitoring of indoor air quality - VOCs, and other gaseous contaminants, 5b. Monitoring of indoor air quality - Particles, fibresKeywords: additive manufacturing, chromatography, emissions, volatile organic compounds, ultrafine particles
Desktop 3D printers as indoor chemical and ultrafine particle sources
Antti Väisänen1, Lauri Alonen2, Marko Hyttinen1
1University of Eastern Finland, Finland; 2Savonia University of Applied Sciences
ID: 1230
/ PO2: 11
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Topics: 1a. Indoor air quality, health and wellbeing - Biologicals, gaseous, particles, 5a. Monitoring of indoor air quality - VOCs, and other gaseous contaminantsKeywords: VOC, formaldehyde, dwelling
Volatile organic compounds in Finnish dwellings – data from a ten-year monitoring period
Miina Juntunen1, Anniina Salmela1, Kaisa Jalkanen1, Hanna Hovi2, Kaisa Wallenius2, Anne Hyvärinen1
1Finnish Institute for Health and Welfare; 2Finnish Institute of Occupational Health
ID: 1494
/ PO2: 12
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Topics: 1a. Indoor air quality, health and wellbeing - Biologicals, gaseous, particles, 5a. Monitoring of indoor air quality - VOCs, and other gaseous contaminantsKeywords: Convolutional Neural Network, LSTM, Deep Learning, Indoor Air Quality, Multimodal Prediction Model
Convolution-LSTM-based Prediction Model of Multimodal Indoor Air Quality Data
Hoyeon Jeong1,2,3, Yeonjae Park1,2,3, Tae-Hwa Go1,2,3, Jun Hyuk Koo2,3, YouHyun Park1,2,3, Se Hwa Hong1,2,3, Sung Hwa Kim1,2,3, JaeHun Han1,2,3, Yong Whi Jeong2,3,4, Woo Seok Jang2,3, Kise Kim3,5, Dae Ryong Kang1,2,3,6
1Department of Biostatistics, Yonsei University Wonju College of Medicine, Korea, Republic of (South Korea); 2National Health Big Data Clinical Research Institute, Yonsei University Wonju College of Medicine, Wonju, Republic of Korea; 3Center of Digital Biomarker Research, Yonsei University Wonju College of Medicine, Wonju, Republic of Korea; 4Department of Information and Statistics, Yonsei University, Wonju, Korea.; 5School of Health and Environmental Science, Korea University, Seoul, Korea 6 Department of Precision Medicine, Yonsei University Wonju College of Medicine, Wonju,; 6Department of Precision Medicine, Yonsei University Wonju College of Medicine, Wonju, Republic of Korea
ID: 1522
/ PO2: 13
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Topics: 5a. Monitoring of indoor air quality - VOCs, and other gaseous contaminantsKeywords: indoor air quality, per-person VOC emissions, whole-building VOC emissions, air flowrate analysis, carbon scrubbing
VOC Emission Factors in an Occupied School with Gas-Phase Air Cleaning
Brett William Stinson, Elliott Tyler Gall
Portland State University, United States of America
ID: 1508
/ PO2: 14
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Topics: 1a. Indoor air quality, health and wellbeing - Biologicals, gaseous, particles, 5a. Monitoring of indoor air quality - VOCs, and other gaseous contaminantsKeywords: microbial volatile organic compounds, light, indoor air quality, architectural design
Emissions of Microbial Volatile Organic Compounds from Indoor Mold in Response to Light
Benjamin Marshall1, Sarah Deek1, Paulien Aerts1, Amanda Stickney2, Alexa Bakker2, Allen Goldstein3, Rachel Adams3, Karen Dannemiller2, Kerry Kinney1, Atila Novoselac1, Juan Pedro Maestre1, Ardeshir Moftakhari1, David Jarma1, Pawel Misztal1
1The University of Texas at Austin, United States of America; 2The Ohio State University; 3University of California Berkeley
ID: 1598
/ PO2: 15
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Topics: 1a. Indoor air quality, health and wellbeing - Biologicals, gaseous, particlesKeywords: Indoor air quality, PM2.5, TVOC, air exchange rate, Studio apartments
Indoor PM, TVOCs, and Formaldehyde concentrations in studio flats by household activities
Jahanzaib Muhammad1,2, Shambhavi Sharma1,2, Duckshin Park1,2
1Korea Railroad Research Institute, Korea, Republic of (South Korea); 2University of Science and Technology UST, Daejeon, South Korea
ID: 1373
/ PO2: 16
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Topics: 5a. Monitoring of indoor air quality - VOCs, and other gaseous contaminantsKeywords: Chemical air pollution, children’s exposure, indoor air, sampling campaigns, volatile organic compounds
Mixture of VOCs to which children are exposed in different indoor settings
Marta Fonseca Gabriel1, Fátima Felgueiras1,2, Zenaida Mourão1, Eduardo de Oliveira Fernandes3
1INEGI, Institute of Science and Innovation in Mechanical and Industrial Engineering, Porto, Portugal; 2EPIUnit, Instituto de Saúde Pública da Universidade do Porto, Portugal; 3Faculty of Engineering, University of Porto, Portugal
ID: 1211
/ PO2: 17
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Topics: 1a. Indoor air quality, health and wellbeing - Biologicals, gaseous, particlesKeywords: radon, radon measurements, inter-comparison, consumer-grade sensors, indoor aerosols
Performance comparison of radon passive and active sensors under different indoor aerosol conditions
Joan Frédéric Rey1,3, Nicolas Meisser2, Joëlle Goyette Pernot3, Dusan Licina1
1Human-Oriented Built Environment Lab, School of Architecture, Civil and Environmental Engineering, École Polytechnique Fédérale de Lausanne, CH-1015, Lausanne, Switzerland; 2Musée géologique et Institut de Minéralogie et de Pétrographie, Université de Lausanne. CH-1015 Lausanne. Switzerland.; 3Transform Institute, Western Switzerland Center for Indoor Air Quality and Radon (croqAIR), School of Engineering and Architecture of Fribourg, HES-SO University of Applied Sciences and Arts Western Switzerland. CH-1700 Fribourg. Switzerland.
ID: 1840
/ PO2: 18
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Topics: 5b. Monitoring of indoor air quality - Particles, fibresKeywords: surface dust, MMMF, fibre counting rules, school building
Counting man-made mineral fibres from settled dust: comparison of three sampling methods
Vesa Koskinen1,2, Sirkku Häkkilä3, Anna-Mari Pessi3, Timo Murtoniemi1
1Sirate Group Oy, Finland; 2University of Turku, Department of Physics and Astronomy, Turku, Finland; 3University of Turku, Biodiversity unit, Laboratory of Aerobiology, Turku, Finland
ID: 1433
/ PO2: 19
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Topics: 5b. Monitoring of indoor air quality - Particles, fibresKeywords: PM2.5 dwellings correction factor
Algorithm for PM2.5 gravimetric correction factor
Piet Jacobs
TNO, Netherlands, The
ID: 1213
/ PO2: 20
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Topics: 1a. Indoor air quality, health and wellbeing - Biologicals, gaseous, particlesKeywords: Carbon dioxide emission rate, Indoor temperature, Physical activity, Gas-exchange model; Human bioeffluents
Impact of room temperature on human carbon dioxide emission rates at different physical activity levels
Kazuki Kuga1, Pawel Wargocki2, Kazuhide Ito1
1Faculty of Engineering Sciences, Kyushu University, Japan; 2International Centre for Indoor Environment and Energy, Department of Civil Engineering, Technical University of Denmark, Denmark
ID: 1167
/ PO2: 21
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Topics: 1a. Indoor air quality, health and wellbeing - Biologicals, gaseous, particles, 5b. Monitoring of indoor air quality - Particles, fibresKeywords: baker, exposure, flour dust, mass concentration, occupational
Exposure to particulate matter in various types of bakeries in Finland
Antti Karjalainen1, Mirella Miettinen1, Arto Säämänen2, Pertti Pasanen1
1University of Eastern Finland; 2Finnish Institute of Occupational Health
ID: 1492
/ PO2: 22
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Topics: 1a. Indoor air quality, health and wellbeing - Biologicals, gaseous, particlesKeywords: carbon dioxide, PM, ventilation, indicative evaluation of IAQ
Improving for indoor air quality selective, simple and quick assessment: case study
Žanna Martinsone, Ilona Pavlovska, Linda Paegle, Aneka Kļaviņa, Kristīne Sproģe, Inese Mārtiņsone
Rigas Stradiņš University, Latvia
ID: 1787
/ PO2: 23
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Topics: 5b. Monitoring of indoor air quality - Particles, fibresKeywords: Aerosol particle, nucleation, particle number, nanocluster aerosol
Measuring indoor aerosol particle number concentration starting from nanocluster sizes
Joonas Vanhanen, Joonas Enroth, Aki Pajunoja
Airmodus Ltd., Helsinki, Finland
ID: 1330
/ PO2: 24
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Topics: 3. Thermal comfort, 5a. Monitoring of indoor air quality - VOCs, and other gaseous contaminants, 5b. Monitoring of indoor air quality - Particles, fibres, 13a. Others - Special built environments, airplanesKeywords: thermal comfort, occupation health, horse stable, particulate matter
Workers exposure to pollutants and thermal comfort in horse stables: case study
Aneka Klavina, Ilona Pavloska, Zanna Martinsone, Inese Martinsone
Institute of Occupational Safety and Environmental Health, Riga Stradiņš University, Latvia
ID: 1514
/ PO2: 25
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Topics: 1a. Indoor air quality, health and wellbeing - Biologicals, gaseous, particles, 4a. Chemistry, sources, transformations - Indoor air chemistry, 5a. Monitoring of indoor air quality - VOCs, and other gaseous contaminants, 5c. Monitoring of indoor air quality - Analytics and sensorsKeywords: microsensor, IAQ monitoring, chemical characterization, screening, public health
Indoor Air Quality Monitoring and Laboratory Analysis in Schools of La Mure
Chong Li, Denis Lopez, Jean-Louis Labrosse
Cléair, France
ID: 1145
/ PO2: 27
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Topics: 4b. Chemistry, sources, transformations - Material emissions, 5a. Monitoring of indoor air quality - VOCs, and other gaseous contaminantsKeywords: VVOC, VOC, ISO 16000-6, Gas chromatography, Thermal desorption
Development of a procedure for the analysis of the emissions of VVOCs
Morgane Even, Elevtheria Juritsch, Matthias Richter
Bundesanstalt für Materialforschung und –prüfung (BAM), Germany
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