Prof Dr.Miguel de la Guardia is Full Professor at Valencia University (Department of Analytical Chemistry) from 1991. He has published more than 550 papers in journals of the Science Citation Index with 8747 citations,5 Spanish patents, 3 books on Green Analytical Chemistry (Elsevier, RSC and Wiley) and and 2 books on Food analysis (Elsevier and Wiley) additionally than 15 book chapters. His H index is 39 He has supervised 33 PhD thesis and is member of the Editorial board of TrEAC Trends in Environmental Analytical Chemistry (The Netherlands), Bioimpacts (Iran) Spectroscopy Letters (USA), Current Green Chemistry (United Arab Emirates) Ciencia (Venezuela), J. Braz. Chem. Soc. (Brazil) Journal of Analytical Methods in Chemistry and Chemical Speciation & Bioavailability (UK), SOP Transactionson Nano-technology (USA) and SOP Transactions on Analytical Chemistry (USA). Member of the Advisory board of Analytica Chimica Acta (The Netherlands) between 1995 and 2000, and editor of five special issues of the journal Spectroscopy letters(USA) about Quantitative Vibrational Spectrometry (2005), Spectrometry and Automation (2006), Research on Spectroscopy in Morocco (2007), RISO Conference Special issue (2008) and Green Spectroscopy (2009) and a special issue of TrAC on Green Analytical Chemistry(2011)Invited Editor of a special issue on Green Analytical Methods of Analytical and Bioanalytical Chemistry published in 2012 and co-editor with S. Garrigues of a special issue on Analytical Diagnostics for Analytical Methods (RSC) to be published in 2014. Chevallier dans l’ordre des Palmes Acadèmiquess decorated by the Minister Council of France. Sergio Armenta is professor of the Analytical Chemistry Department of the University of Valencia (Spain). He obtained his PhD in Analytical Chemistry at the Universitat de València in 2006. His research topics included coupling of automated flow systems with infrared and Raman spectroscopy and the development of vibrational spectroscopy based methodologies combined with chemometrics for the quality control of commercial products. His current research field is devoted to the development of fast and sensitive analytical methodologies based on ion mobility spectrometry in forensic and environmental research areas.

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• 1. Physico-chemistry of the Atmosphere2. Pollutants and Air Pollution3. Indoor Air Pollution4. Outdoor Air Pollution5. Theoretical Predictive Air Quality Models6. Lichens as Biomonitors of Heavy Metal Pollution7. Analytical Process8. Active Sampling of Air9. Passive Air Sampling10. Sample Preservation and Measurement Techniques for the Determination of Air Quality11. Application of Chemical Sensors and Sensor Matrixes to Air Quality Evaluation12. Spectroscopic Measurement of Pollutant Gases13. Volatile and Semivolatile Organic Compounds Determination in Air14. Particulate Material Analysis In Air15. Ultrafine Particles Pollution and Measurements16. Bioaerosol Monitoring of the Atmosphere for Occupational and Environmental Purposes17. Pesticides and Agricultural Air Quality18. Air Quality Downwind of Burned Areas19. Air Quality in European cities20. Home Air Quality21. Air Quality and the Petroleum Industry22. Pharmaceutical Industries Air Quality23. Print and Related Industry Air Quality24. Pesticide Industries Air Quality25. Cement Manufacturing and Air Quality26. Ceramic Industry Air Quality. Emissions into the Atmosphere from Ceramic Tile Processes27. Air Quality in Metal Industries: Exhaled Breath Condensate, a Tool for Non-invasive Evaluation of Air Pollution Exposure28. Air Quality Management in Electronic Industries29. Air Quality of Textile and Related Industries30. Exposure to Soft Wood Dust in the Wood Industry31. Improving the Sustainability of Office Partition Manufacturing: A Case Study32. Indoor Air Quality in Chemical Laboratories33. Damage Costs of Air Pollution and Policy Implications34. The Challenges of Air Protection and Control

Prof Dr.Miguel de la Guardia is Full Professor at Valencia University (Department of Analytical Chemistry) from 1991. He has published more than 550 papers in journals of the Science Citation Index with 8747 citations,5 Spanish patents, 3 books on Green Analytical Chemistry (Elsevier, RSC and Wiley) and and 2 books on Food analysis (Elsevier and Wiley) additionally than 15 book chapters. His H index is 39 He has supervised 33 PhD thesis and is member of the Editorial board of TrEAC Trends in Environmental Analytical Chemistry (The Netherlands), Bioimpacts (Iran) Spectroscopy Letters (USA), Current Green Chemistry (United Arab Emirates) Ciencia (Venezuela), J. Braz. Chem. Soc. (Brazil) Journal of Analytical Methods in Chemistry and Chemical Speciation & Bioavailability (UK), SOP Transactionson Nano-technology (USA) and SOP Transactions on Analytical Chemistry (USA). Member of the Advisory board of Analytica Chimica Acta (The Netherlands) between 1995 and 2000, and editor of five special issues of the journal Spectroscopy letters(USA) about Quantitative Vibrational Spectrometry (2005), Spectrometry and Automation (2006), Research on Spectroscopy in Morocco (2007), RISO Conference Special issue (2008) and Green Spectroscopy (2009) and a special issue of TrAC on Green Analytical Chemistry(2011)Invited Editor of a special issue on Green Analytical Methods of Analytical and Bioanalytical Chemistry published in 2012 and co-editor with S. Garrigues of a special issue on Analytical Diagnostics for Analytical Methods (RSC) to be published in 2014. Chevallier dans l’ordre des Palmes Acadèmiquess decorated by the Minister Council of France. Sergio Armenta is professor of the Analytical Chemistry Department of the University of Valencia (Spain). He obtained his PhD in Analytical Chemistry at the Universitat de València in 2006. His research topics included coupling of automated flow systems with infrared and Raman spectroscopy and the development of vibrational spectroscopy based methodologies combined with chemometrics for the quality control of commercial products. His current research field is devoted to the development of fast and sensitive analytical methodologies based on ion mobility spectrometry in forensic and environmental research areas.

Select Guide Rating

• 1. Physico-chemistry of the Atmosphere2. Pollutants and Air Pollution3. Indoor Air Pollution4. Outdoor Air Pollution5. Theoretical Predictive Air Quality Models6. Lichens as Biomonitors of Heavy Metal Pollution7. Analytical Process8. Active Sampling of Air9. Passive Air Sampling10. Sample Preservation and Measurement Techniques for the Determination of Air Quality11. Application of Chemical Sensors and Sensor Matrixes to Air Quality Evaluation12. Spectroscopic Measurement of Pollutant Gases13. Volatile and Semivolatile Organic Compounds Determination in Air14. Particulate Material Analysis In Air15. Ultrafine Particles Pollution and Measurements16. Bioaerosol Monitoring of the Atmosphere for Occupational and Environmental Purposes17. Pesticides and Agricultural Air Quality18. Air Quality Downwind of Burned Areas19. Air Quality in European cities20. Home Air Quality21. Air Quality and the Petroleum Industry22. Pharmaceutical Industries Air Quality23. Print and Related Industry Air Quality24. Pesticide Industries Air Quality25. Cement Manufacturing and Air Quality26. Ceramic Industry Air Quality. Emissions into the Atmosphere from Ceramic Tile Processes27. Air Quality in Metal Industries: Exhaled Breath Condensate, a Tool for Non-invasive Evaluation of Air Pollution Exposure28. Air Quality Management in Electronic Industries29. Air Quality of Textile and Related Industries30. Exposure to Soft Wood Dust in the Wood Industry31. Improving the Sustainability of Office Partition Manufacturing: A Case Study32. Indoor Air Quality in Chemical Laboratories33. Damage Costs of Air Pollution and Policy Implications34. The Challenges of Air Protection and Control

Prof Dr.Miguel de la Guardia is Full Professor at Valencia University (Department of Analytical Chemistry) from 1991. He has published more than 550 papers in journals of the Science Citation Index with 8747 citations,5 Spanish patents, 3 books on Green Analytical Chemistry (Elsevier, RSC and Wiley) and and 2 books on Food analysis (Elsevier and Wiley) additionally than 15 book chapters. His H index is 39 He has supervised 33 PhD thesis and is member of the Editorial board of TrEAC Trends in Environmental Analytical Chemistry (The Netherlands), Bioimpacts (Iran) Spectroscopy Letters (USA), Current Green Chemistry (United Arab Emirates) Ciencia (Venezuela), J. Braz. Chem. Soc. (Brazil) Journal of Analytical Methods in Chemistry and Chemical Speciation & Bioavailability (UK), SOP Transactionson Nano-technology (USA) and SOP Transactions on Analytical Chemistry (USA). Member of the Advisory board of Analytica Chimica Acta (The Netherlands) between 1995 and 2000, and editor of five special issues of the journal Spectroscopy letters(USA) about Quantitative Vibrational Spectrometry (2005), Spectrometry and Automation (2006), Research on Spectroscopy in Morocco (2007), RISO Conference Special issue (2008) and Green Spectroscopy (2009) and a special issue of TrAC on Green Analytical Chemistry(2011)Invited Editor of a special issue on Green Analytical Methods of Analytical and Bioanalytical Chemistry published in 2012 and co-editor with S. Garrigues of a special issue on Analytical Diagnostics for Analytical Methods (RSC) to be published in 2014. Chevallier dans l’ordre des Palmes Acadèmiquess decorated by the Minister Council of France. Sergio Armenta is professor of the Analytical Chemistry Department of the University of Valencia (Spain). He obtained his PhD in Analytical Chemistry at the Universitat de València in 2006. His research topics included coupling of automated flow systems with infrared and Raman spectroscopy and the development of vibrational spectroscopy based methodologies combined with chemometrics for the quality control of commercial products. His current research field is devoted to the development of fast and sensitive analytical methodologies based on ion mobility spectrometry in forensic and environmental research areas.

Select Guide Rating

• 1. Physico-chemistry of the Atmosphere2. Pollutants and Air Pollution3. Indoor Air Pollution4. Outdoor Air Pollution5. Theoretical Predictive Air Quality Models6. Lichens as Biomonitors of Heavy Metal Pollution7. Analytical Process8. Active Sampling of Air9. Passive Air Sampling10. Sample Preservation and Measurement Techniques for the Determination of Air Quality11. Application of Chemical Sensors and Sensor Matrixes to Air Quality Evaluation12. Spectroscopic Measurement of Pollutant Gases13. Volatile and Semivolatile Organic Compounds Determination in Air14. Particulate Material Analysis In Air15. Ultrafine Particles Pollution and Measurements16. Bioaerosol Monitoring of the Atmosphere for Occupational and Environmental Purposes17. Pesticides and Agricultural Air Quality18. Air Quality Downwind of Burned Areas19. Air Quality in European cities20. Home Air Quality21. Air Quality and the Petroleum Industry22. Pharmaceutical Industries Air Quality23. Print and Related Industry Air Quality24. Pesticide Industries Air Quality25. Cement Manufacturing and Air Quality26. Ceramic Industry Air Quality. Emissions into the Atmosphere from Ceramic Tile Processes27. Air Quality in Metal Industries: Exhaled Breath Condensate, a Tool for Non-invasive Evaluation of Air Pollution Exposure28. Air Quality Management in Electronic Industries29. Air Quality of Textile and Related Industries30. Exposure to Soft Wood Dust in the Wood Industry31. Improving the Sustainability of Office Partition Manufacturing: A Case Study32. Indoor Air Quality in Chemical Laboratories33. Damage Costs of Air Pollution and Policy Implications34. The Challenges of Air Protection and Control