Overview

Occupational Exposure to Manufactured Nanomaterials in the Construction Industry: Strategy and Guidelines provides practical guidelines for the safe use of manufactured nanomaterials (MNMs) in construction. Although the use of MNMs -particularly in construction- is increasing, there is little information available on the toxicity and biodistribution of MNMs or their potential to induce adverse reactions to human health. This book, based on the findings of the EU-wide SCAFFOLD project, offers valuable information on the development of MNMs used in the construction industry, how to manage usage of MNMs when the materials' hazard data is insufficient, and official guidelines from different global regions. The book uses an integrated approach to managing occupational exposure to MNMs, with the inclusion of multi-stakeholder views, case studies covering the main steps of MNMs' lifecycles, practical methods and strategies for safe working.

Full Product Details

Author:   Cristina Gutierrez-Canas (Distinguished Euskoiker Professor, Chemical and Environmental Engineering Department, University of the Basque Country) ,  Kai Savolainen (Nanosafety Research Center, Finnish Institute of Occupational Health) ,  Jesus M. Lopez De Ipina (TECNALIA Research and Innovation, Parque Tecnologico de Alava)
Publisher:   Elsevier Science Publishing Co Inc
Imprint:   Academic Press Inc
ISBN:  

9780128123799

ISBN 10:   0128123796
Pages:   350
Publication Date:   01 September 2018
Audience:   Professional and scholarly ,  Professional & Vocational
Format:   Paperback
Publisher's Status:   Active
Availability:   Not yet available  
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Table of Contents

PART I: MNMS in the European Construction Industry: A Global Picture 1. The employer's vision 2. The employee's vision 3. The vision from the European Administration 4. The vision from research 5. The role of the EC: boosting nanosafety innovation PART II: Managing the Exposure to Manufactured Nanomaterials in Construction: The Building Blocks and the Integrated Approach 6. The Scaffold methodological approach 7. Risk prevention 8. Risk assessment 9. Risk protection and control 10. Shaping a risk management model PART III: Demonstrating and Validating the Scaffold Approach Through Industrial Case Studies 11. Industrial Case Study 1: Manufacturing nanoSiO2 for construction products 12. Industrial Use Case 2: Manufacturing construction products containing MNMs (Fire Resistant Panels) 13. Industrial Use Case 3: Using construction products containing MNMs in building construction (Coatings) 14. Industrial Use Case 3: Using construction products containing MNMs in civil construction (Concrete) 15. Industrial Use Case 3: End of life of construction products containing MNMs (FRP) PART IV: Sharing Experiences and Scaffold's Contributions to Next Development Steps 16. Summarizing results and looking to the future 17. Managing the occupational exposure to MNMs in construction in the USA 18. Future research needs and knowledge gaps

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Author Information

Cristina Gutierrez-Canas is Professor of Chemical Engineering, University of the Basque Country UPV/EHU. She is a summa-cum-laude graduate in Chemical Engineering (Modeling of industrial scale NOx absorption systems) and Distinguished Euskoiker Professor (Prevention of PCDD/Fs emission from MSWI through enhanced control of copper-bearing submicron aerosol). She has more than 25 years of research experience in advanced systems and devices for industrial air pollution control, including electrostatic precipitation, filtration, and hybrid systems. She spent a sabbatical leave in the Particle Technology Laboratory (U. Of Minnesota) with Prof. P. McMurry's team working on advanced real-time techniques for the characterization of nanometric aerosols. Her current research focuses on high-T aerosol technology and its applications to the prevention and abatement of undesired aerosols in industrial sectors (cement production, iron and steelmaking, waste incineration, biomass thermal processing, workplace aerosols). She actively promotes the dialogue between academia and industry as well as networking of junior scientists. An example of this activity was the organization of Bilbao Talks on Aerosol Science: New Problems and New Instruments (www.ehu.eus/bilbaotalks2012/), gathering world-class aerosol scientists together with young researchers. She serves currently (2014-2016) as General Secretary of the European Aerosol Assembly. Kai Savolainen is Research Professor, Nanosafety Research, at the Finnish Institute of Occupational Health. He obtained his Dr. Sci. degree in medicine and surgery from the University of Helsinki in 1981, and his Ph.D. degree in toxicology from the University of Kansas, USA, in 1987. His research covers inflammatory and genetic effects, and risk assessment of nanomaterials. He has served in numerous scientific expert committees, and has led several large research consortia on nanosafety. He also coordinates the EU NanoSafety Cluster, a platform of all EU FP-funded nanosafety projects. Eng. M.Sc. Jesus Lopez de Ipina began his career in the private sector, in the fields of machinery for manufacturing and electrical facilities, as head of Projects Office. In 1995 he joined LEIA where he focused his activity in the areas of machinery, EHS management and industrial safety. From 2001 to 2010,he was the head of the Industrial Safety Unit. Since 2010 he is a Project Manager in TECNALIA. Since 2008, a significant part of its research activity focuses on the field of nanosafety. He participated in several FP7 projects (Nanex, nanoStair, Polyfire, IntegRisk) and was the project coordinator of Scaffold. Currently he is taking part in various H2020 projects, such as Platform, Fast and EC4SafeNano, focusing his research on the safe design (SbD) of nanotech processes. He is a member of CEN TC 352/WG3 and AENOR AET-GT15, and actively participates at the European Technology Platform on Industrial Safety and the EU-Nanosafety cluster.

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