CHEMICAL
ENGINEERING TRANSACTIONS
- VOL.68
Guest
Editors: Selena Sironi, Laura Capelli
Copyright © 2018, AIDIC Servizi S.r.l.,
ISBN 978-88-95608-65-5;
ISSN 2283-9216
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TABLE
OF CONTENTS & AUTHOR INDEX
|
DOI
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| A Critical Evaluation of the Influence of Different Panel Composition in the Measurement of Odour Concentration by Dynamic Olfactometry | 1 |
| Zarra Tiziano, Reiser Martin, Naddeo Vincenzo, Belgiorno Vincenzo, Kranert Martin | DOI:10.3303/CET1868001 |
| A New Methodology Based on Citizen Science to Improve Environmental Odour Management | 7 |
| Arias Rosa, Capelli Laura, Diaz Jimenez Carlos | DOI:10.3303/CET1868002 |
| Bituminous Conglomerates Industrial Production. Assessment of Odour Emissions in View of Regional Guidelines Publication. | 13 |
| Davoli Enrico, Porro Emma, Piangerelli Luca, Foschi Antonio, Paleari Barbara, Rossi Andrea Nicola, Bonati Simone, Il Grande Massimiliano, Bonura Anna | DOI:10.3303/CET1868003 |
| Characterization of Year-to-year Variability of Separation Distances Between Odour Sources and Residential Areas to Avoid Annoyance | 19 |
| Brancher Marlon, Piringer Martin, Grauer Andreas F., Schauberger Gunther | DOI:10.3303/CET1868004 |
| Towards a Harmonized Odour Guideline for Some Austrian Provinces | 25 |
| Oettl Dietmar, Moshammer Hanns, Mandl Michael | DOI:10.3303/CET1868005 |
| Update on the Italian Regulation about Odour Emissions and Impact and Future Perspectives | 31 |
| Rossi Andrea Nicola, Il Grande Massimiliano, Pretto Ugo | DOI:10.3303/CET1868006 |
| Impact of Saturation Effects During Dynamic Olfactometry on Low-concentration Environmental Odour Samples | 37 |
| Kasper Pernille, Hansen Michael Jørgen, Feilberg Anders | DOI:10.3303/CET1868007 |
| Stomach Cancer Detection Through Exhaled Breath Using Biomarkers Analysis | 43 |
| Jaimes Mogollon Aylen Lisset, Duran Acevedo Cristhian, Gualdron Guerrero Oscar Eduardo, Ionescu Septimiu Radu | DOI:10.3303/CET1868008 |
| Proposal of a Method for Evaluating Odour Emissions from Refinery Storage Tanks | 49 |
| Invernizzi Marzio, Ilare Juri, Capelli Laura, Sironi Selena | DOI:10.3303/CET1868009 |
| Evaluating the Flow Inside of Portable Wind Tunnels for Odour Measurements | 55 |
| Martins Ramon, Siqueira Matheus, Toniato Izabele, Cupertino Kamila, Prata Junior Ademir, Reis Neyval Junior, Stuetz Richard, Santos Jane | DOI:10.3303/CET1868010 |
| Test on Noxious Gases in Urban Sewage Pipe Based on Odor Classification | 61 |
| Zhong Richeng, Peng Zhenbin, Jiang Haidong | DOI:10.3303/CET1868011 |
| Air Quality Monitoring Network for Tracking Pollutants. the Case Study of Salerno City Center | 67 |
| Sofia Daniele, Giuliano Aristide, Gioiella Filomena | DOI:10.3303/CET1868012 |
| Straw Incineration Odor Hazard & Disposal Mechanism in Economic Perspective | 73 |
| Geng Xiaoyuan | DOI:10.3303/CET1868013 |
| Odour Measurements at Different Methanisation Sites | 79 |
| Bayle Sandrine, Cadiere Axelle, Cariou Stephane, Despres Jean-Francois, Fages Marion, Roig Benoit, Sellier Amelie, Fanlo Jean-Louis, Chaignaud Mathilde | DOI:10.3303/CET1868014 |
| Seasonal Variations in Odorous Compounds Emission from a Municipal Solid Waste Disposal Plant | 85 |
| Wu Chuandong, Liu Shihua, Shu Mushui, Qu Chen, Liu Jiemin, Piringer Martin, Schauberger Gunther | DOI:10.3303/CET1868015 |
| Atmospheric Odours: Monitoring of an Urban Waste Operator with Citizen Participation | 91 |
| Teixeira Sofia, Pereira Paulo, Ferreira Francisco | DOI:10.3303/CET1868016 |
| Environmental Hazardous Odour Source Monitoring Method Based on Wsn | 97 |
| Zhu LI, Li Jianwu | DOI:10.3303/CET1868017 |
| Implementation of a System for Rapid-response, Real-time and Predictive Management of Odorous Emissions from Wwtp | 103 |
| Winter Peter, Kolominskas Chaim, Vernon Dejan, Martinez Tony | DOI:10.3303/CET1868018 |
| Synthesis of the Attenuation of Odour Intensity with Distance of Cattle and Pig Husbandry as Well as Animal Husbandry Combined with Biogas Facilities | 109 |
| Keck Margret, Frei Matthias, Steiner Beat, Schrade Sabine | DOI:10.3303/CET1868019 |
| Special Odor Source Localization Based on Internet of Mobile Things | 115 |
| Jiao Changyi | DOI:10.3303/CET1868020 |
| Temporal Trend of Odour Emission of Livestock Buildings for Fattening Pigs Due to Climate Change | 121 |
| Schauberger Gunther, Piringer Martin, Mikovits Christian, Zollitsch Werner, Hortenhuber Stefan J., Baumgartner Johannes, Niebuhr Knut, Anders Ivonne, Andre Konrad, Hennig-Pauka Isabel, Schonhart Martin | DOI:10.3303/CET1868021 |
| On Line Monitoring of Odour Nuisance at a Sanitary Landfill for Non-hazardous Waste | 127 |
| Cangialosi Federico, Intini Gianluca, Colucci Dario | DOI:10.3303/CET1868022 |
| Detection and Control Method of Odours in Water Sources of Taihu Lake Based on Regression Analysis | 133 |
| Lin Rong | DOI:10.3303/CET1868023 |
| Application of En14181 and En15267 to Electronic Noses: Challenge Or Provocation? | 139 |
| Cipriano Domenico | DOI:10.3303/CET1868024 |
| Implementation of a New Protocol of Odour Field Investigations for the Paris Wastewater Treatment Plants | 145 |
| Diallo Madani, Maalem Fida, Piet Sarnet Helene | DOI:10.3303/CET1868025 |
| Hybrid Odor Detection System for Search and Rescue Robot Based on Pso | 151 |
| Shang Jin, Ding Jian, Su Weifeng, Wang Yuanzhi | DOI:10.3303/CET1868026 |
| On Odour Tolerability Criteria from Odorant Instrumental Monitoring | 157 |
| Licen Sabina, Pettarin Nicola, Barbieri Gianpiero, Barbieri Pierluigi | DOI:10.3303/CET1868027 |
| Odor Source Localization Based on Wireless Sensor Network | 163 |
| Jia Junrong, Zhou Zhinan, Liu Zhiqun | DOI:10.3303/CET1868028 |
| Investigations Into Off Notes in Foods, Products and Materials by Gc-olfactometry | 169 |
| Villatoro Carmen, Larrauri Alexander, Tournier Charlotte, Meachan Andrew, Maïlys Fredericq | DOI:10.3303/CET1868029 |
| Evaluation of the Odorous Compounds Emitted in a Full-scale Sewage Sludge Composting Plant and Its Relationship with the Biological Stability. | 175 |
| González Daniel, Colon Joan, Sánchez Antoni, Gabriel David | DOI:10.3303/CET1868030 |
| Odor Identification and Data Transmission Method of Harmful Gas in Chemical Environment | 181 |
| Wu Qiong, Shi Yunbo, Lu Xinmiao | DOI:10.3303/CET1868031 |
| Comparison of Field Inspections and Dispersion Modelling as a Tool to Estimate Odour Emission Rates from Landfill Surfaces | 187 |
| Capelli Laura, Il Grande Massimiliano, Intini Gianluca, Sironi Selena | DOI:10.3303/CET1868032 |
| Detection of Odorous Gas Content in the Air Based on Ultrasonic Wave | 193 |
| Ji Zhengbiao, Bian Jinhong, Zhang Lei | DOI:10.3303/CET1868033 |
| Reflections on Odour Concentration Fluctuations and Nuisance | 199 |
| Sozzi Roberto, Bolignano Andrea, Sironi Selena, Capelli Laura | DOI:10.3303/CET1868034 |
| Automatic Odour Detection System Design of Indoor Vocs Based on Mcu | 205 |
| Li Feng | DOI:10.3303/CET1868035 |
| Bluetooth Electronic Nose for Odour Monitoring and Control | 211 |
| Suarez Marcelo Jose Ignacio, Lozano Rogado Jesus, Arroyo Munoz Patricia, Herrero Agustin Jose Luis, Carmona Del Barco Pablo | DOI:10.3303/CET1868036 |
| Applying Electronic Nose Based on Odour Classification and Identification Technology in Detecting the Shelf Life of Fresh Fruits | 217 |
| Shen Hongyan, Tao Jia | DOI:10.3303/CET1868037 |
| Feed Analysis and Animal Nutrition: Electronic Nose as a Diagnostic Tool | 223 |
| Cheli Federica, Bontempo Valentino, Pinotti Luciano, Ottoboni Matteo, Tretola Marco, Baldi Antonella, Dell'Orto Vittorio | DOI:10.3303/CET1868038 |
| Electronic Nose Technology Based on Odor Diagnosis in Biopharmaceutical Test | 229 |
| Zheng Jiaxin, Chen Rong | DOI:10.3303/CET1868039 |
| An Advanced Han Held Electronic Nose for Ambient Air Applications | 235 |
| Santos Jose, Aleixandre Manuel, Arroyo Munoz Patricia, Suarez Marcelo Jose Ignacio, Lozano Rogado Jesus | DOI:10.3303/CET1868040 |
| Diagnosis and Detection Method of Critical Equipment Failure Based on Electronic Nose Technology | 241 |
| Zhang Ying | DOI:10.3303/CET1868041 |
| Artificial Neural Network in the Measurement of Environmental Odour by E-nose | 247 |
| Galang Mark Gino, Zarra Tiziano, Naddeo Vincenzo, Belgiorno Vincenzo, Ballesteros Florencio Jr. | DOI:10.3303/CET1868042 |
| Evaluation Method of Odor Pollution in Urban Sewage Treatment Plants Based on Electronic Nose Technology | 253 |
| Sun Ye | DOI:10.3303/CET1868043 |
| Analysis of Odour Interactions in Model Gas Mixtures Using Electronic Nose and Fuzzy Logic | 259 |
| Szulczynski Bartosz, Namiesnik Jacek, Gebicki Jacek | DOI:10.3303/CET1868044 |
| Application of Electronic Nose in Detection of Fresh Vegetables Freezing Time Considering Odor Identification Technology | 265 |
| Liu Li, Li Xinyu, Li Zhengkun, Shi Yinggang | DOI:10.3303/CET1868045 |
| Development of On-line and Field Dual Td-gc-fid/ms for Automatic and Continuous Volatile Organic Compounds (vocs) Ambient Air and Odour Monitoring | 271 |
| Amiet Franck, Vivola Louis, Bazin Damien, Gutierrez Sama Sara | DOI:10.3303/CET1868046 |
| Testing Procedure for Performance Evaluation of Electronic Noses for Environmental Odour Monitoring | 277 |
| Li Voti Margherita, Bax Carmen, Marzocchi Marco, Sironi Selena, Capelli Laura | DOI:10.3303/CET1868047 |
| Fire Resistance Detection of Flammable Materials Based on Electronic Nose Technology | 283 |
| Li Nana, Liu Kuan, Liu Wenjiang, Chen Changhai | DOI:10.3303/CET1868048 |
| Investigation of Electronic Nose Sensor Drift Correction Methods and Their Application to Environmental Samples | 289 |
| Vitali Silvia, Bax Carmen, Sironi Selena, Capelli Laura | DOI:10.3303/CET1868049 |
| Odour Detection Method of Silk Products Based on Electronic Nose Technology | 295 |
| Song Defeng, Lu Linlin | DOI:10.3303/CET1868050 |
| Identification of Specific Odour Markers in Oil from Diseased Olive Fruits Using an Electronic Nose | 301 |
| Kishimoto Norihito | DOI:10.3303/CET1868051 |
| Application of Electronic Nose Technology in Coal Mine Risk Prediction | 307 |
| Liu Minghui, Li Yun | DOI:10.3303/CET1868052 |
| Self Organizing Map Algorithm as a Tool for Analysis, Visualization and Interpretation of Electronic Nose High Dimensional Raw Data | 313 |
| Licen Sabina, Cozzutto Sergio, Angelucci Monica, Barbieri Pierluigi | DOI:10.3303/CET1868053 |
| Application of Chemical Noxious Gas Test Based on Electronic Nose Technology | 319 |
| Yuan Ruilin | DOI:10.3303/CET1868054 |
| Testing Performances of a Newly Designed Olfactometer | 325 |
| Cozzutto Sergio, Pettarin Nicola, Barbieri Gianpiero, Licen Sabina, Barbieri Pierluigi | DOI:10.3303/CET1868055 |
| Continuous Measurement of Odorant Composition for Liquefied Petroleum Gas | 331 |
| Seguel Rodrigo, Mancilla Carlos, Sakamoto Pablo | DOI:10.3303/CET1868056 |
| Risk Level Analysis of Petrochemical Hazardous Gas Leakage Based on Odour Recognition and CFD Simulation Technology | 337 |
| Gu Wenjie | DOI:10.3303/CET1868057 |
| Factorial Experimental Design to Optimize a Methodology to Analyse Odorous Chemical Mixtures: Effect on a Sensors Array and on Odour Concentration | 343 |
| Deshmukh Sharvari, Romain Anne-Claude | DOI:10.3303/CET1868058 |
| Design and Implementation of the Management and Detection System of Dangerous Production Raw Materials Based on Odor Sensor Technology | 349 |
| Wang Yang, Wu Guangbin, Yang Ou, Cen Hongjie, Zou Bo, Chen Chao, Lin Shimei, Pang Guanshi, Wang Zhidong | DOI:10.3303/CET1868059 |
| Design and Implementation of Wsn Detection System for Harmful Gas Based on Odour Recognition | 355 |
| Shi Yunbo, Wu Qiong, Lu Xinmiao | DOI:10.3303/CET1868060 |
| Design and Realization of Indoor Air Odor Control System Based on Stm32 Single Chip Microcomputer | 361 |
| Niu Quanxing | DOI:10.3303/CET1868061 |
| Design and Implementation of Toxic Gas Concentration Monitoring System for Indoor Decoration Based on Odour Sensor Technology | 367 |
| Yang Kun, Xu Wei, li Shuai | DOI:10.3303/CET1868062 |
| Odor Intensity Detection and Evaluation Method Considering Odor Prediction Model | 373 |
| Chen Gaixia | DOI:10.3303/CET1868063 |
| Effect of Odor Marketing on Consumers’ Perceived Experience and Its Digitalizing Application | 379 |
| Zhao Yunxia | DOI:10.3303/CET1868064 |
| Design and Implementation of Oral Odor Detection System for Diabetic Patients | 385 |
| Liu Aiyong, Tian Ying | DOI:10.3303/CET1868065 |
| Wireless Electronic Smell System for the Detection of Diseases Through the Exhaled Breath | 391 |
| Cuastumal Vasquez Carlos, Duran Acevedo Cristhian | DOI:10.3303/CET1868066 |
| Respiratory Odor Recognition and Disease Diagnosis Method of Gastric Cancer Based on the Concept of Combination of Disease and Syndrome | 397 |
| Xie Fen | DOI:10.3303/CET1868067 |
| The Technique of Extracting and Detecting Athletes' Oral Odors Based on the Analysis of Biological Characteristics | 403 |
| Liu Yu, Fan Yimeng, Jia Baomin | DOI:10.3303/CET1868068 |
| Development of a New Instrumental Measurement of Odorous Vocs Based on Precise Fingerprints Obtained by a Multitude of Biosensors | 409 |
| Lafhal Sofia, Herrier Cyril, Livache Thierry, Guillot Jean-Michel | DOI:10.3303/CET1868069 |
| Analysis for Improvement of Kitchen Odour by Oil Fume Purification Technology | 415 |
| Yan Rui, Li Miaomiao, Wang Yao, Fu Yao | DOI:10.3303/CET1868070 |
| Investigations on the Removal of Hydrophobic Odorous Volatile Organic Compounds by Biotrickling Filtration Monitored with Electronic Nose | 421 |
| Rybarczyk Piotr, Szulczynski Bartosz, Gebicki Jacek | DOI:10.3303/CET1868071 |
| Thermal Desorption System for Breath Samples Analysis from Colombian Patients with Gastric Cancer | 427 |
| Cáceres Juan, Duran Acevedo Cristhian, Gualdron Guerrero Oscar Eduardo | DOI:10.3303/CET1868072 |
| Photocatalyst Technology for Deodorization in Household Refrigerator Based on Odor Removal | 433 |
| Zhao Lingling | DOI:10.3303/CET1868073 |
| Optimization of Ch4 Removal from Diluted Emissions and Continuous Phb Production by Methylocystis Hirsuta: Towards Ghg Biorefineries | 439 |
| Garcia-Perez Teresa, Lopez Juan, Passos Fabiana, Lebrero Raquel, Revah Sergio, Munoz Raul | DOI:10.3303/CET1868074 |
| Sio2 Adsorption Aerogel Odor Dissipation Control Technology Based on Active Purification Technology | 445 |
| Liu Zhaohui, Shu Xin, Lin Rui, Liu Na, Luo Ping | DOI:10.3303/CET1868075 |
| Comparative Analysis of Aops and Biological Processes for the Control of Vocs Industrial Emissions | 451 |
| Oliva Giuseppina, Zarra Tiziano, Naddeo Vincenzo, Munoz Raul, Lebrero Raquel, Angeles Roxana, Belgiorno Vincenzo | DOI:10.3303/CET1868076 |
| Odour Treatment Method of Wastewater Treatment Plant Based on Biological Oxidation Process | 457 |
| Wang Juan, Chen Jifeng, Wang Yiren, Wang Ye, Yan Hongling, Yan Zhi | DOI:10.3303/CET1868077 |
| Comparative Evaluation of a Biotrickling Filter and a Tubular Photobioreactor for the Continuous Abatement of Toluene | 463 |
| Angeles Roxana, Oliva Giuseppina, Zarra Tiziano, Naddeo Vincenzo, Belgiorno Vincenzo, Munoz Raul, Lebrero Raquel | DOI:10.3303/CET1868078 |
| Pt/pd-fe3o4 Nanoparticles for Removal of Humic Acids and Cr(vi) | 469 |
| Sarno Maria, Ponticorvo Eleonora | DOI:10.3303/CET1868079 |
| Determination and Distribution of Indoor Off-odor Pollutants | 475 |
| Hao Zhanguo, Su Xiaoming | DOI:10.3303/CET1868080 |
| Mos2/zno Nanoparticles for H2s Removal | 481 |
| Sarno Maria, Ponticorvo Eleonora | DOI:10.3303/CET1868081 |
| Cu-graphene Nanostructures for Low Concentration Ch3sh Removal | 487 |
| Sarno Maria, Ponticorvo Eleonora | DOI:10.3303/CET1868082 |
| The Odor Treatment Methods of Wastewater Treatment Plant Based on Biological Oxidation Process | 493 |
| Hu Zuwu, Liu Ling | DOI:10.3303/CET1868083 |
| Sewage Odor Elimination Based on Photocatalytic Oxidation | 499 |
| Lv Jing | DOI:10.3303/CET1868084 |
| Methodological Aspects of Odorimetry in Environmental Audits of the Wastewater Treatment Plants | 505 |
| Kulig Andrzej, Szylak-Szydlowski Miroslaw | DOI:10.3303/CET1868085 |
| Odor Recognition and Control Measures of Harmful Substances in Drinking Water Sources in Irrigated Area of Yellow River | 511 |
| Wang Wei, Chang Jianxia, Wang Shuya | DOI:10.3303/CET1868086 |
| Model of H2s Catalytic Oxidation in an Iac–pbr | 517 |
| Pugliese Federico, Merello Laura, Saturno Ezio, Servida Alberto, Costamagna Paola | DOI:10.3303/CET1868087 |
| Taihu Lake Safety Management and Determination Technologies Based on Odor Test | 523 |
| He Ping | DOI:10.3303/CET1868088 |
| Graphene Aerogel for the Removal of Bad Smells from Recycling of Post-consumer Polymers | 529 |
| Sarno Maria, Cirillo Claudia | DOI:10.3303/CET1868089 |