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Dr. Kamil Kaloush

Dr. Kaloush is an Associate Professor in the Department of Civil, Environmental and Sustainable Engineering at Arizona State University. He is also the Director of the National Center of Excellence on SMART Innovations, and Associate Director of the National Transportation Center. He holds Bachelor and Master's degrees from the Ohio State University and a PhD from Arizona State University. He is a registered Professional Engineer, and has three decades of experience in pavement research and management services. He is a member of several professional organizations and currently serves on the Transportation Research Board Executive Committee for the Design and Construction Group, and chair of the subcommittee on Pavement Materials and the Urban Climate. Dr. Kaloush has over 100 publications in his field of expertise.
 

His presentation will focus on Pavements in Warm Climates issues and provide examples on successful pavement designs and construction practices in the USA and around the world. Three overall themes will be presented: the first one will address the urban heat island and climate change impact on asphalt pavements; the second theme will include an overview of modified asphalt pavements including typical designs and construction practices; the third theme will debate current and future challenges regarding laboratory test methods to insure quality materials and assessment of future performance.

 

Monday 6 April 2015, 09:00 - Pavements in Warm Climates: Challenges and Considerations to Improve Performance

Pavement performance can be greatly impacted by environmental factors such as temperature and moisture. Asphalt pavements in warm climates will continue to possess challenges in their design and materials selection to satisfy minimum durability, safety and social attributes. The increasing trend in climate change may further emphasize the need for innovative sustainable pavement designs and the use of modified pavement systems. The State of Arizona, USA, is located in a hot arid climate where temperatures in the summer can reach 50 degrees C. Historical records also showed that the City of Phoenix, Arizona has experienced a significant climate change over the past 50 years. Specifically, pavement design and materials selection has evolved over the years to address challenges of this unique climate. The department of transportation in conjunction with Arizona State University have conducted several laboratory and research studies to provide guidance on performance testing and obtain engineering properties for future asphalt mixture designs. This research effort complements the greater goal on continuing the path of transportation sustainability.
 

 
Guest Speaker
 
Gulay Malkoc

Gulay Malkoc is the Technical Director in ASMUD, the Turkish Asphalt Contractors Association. Prior to joining ASMUD in 2003, she worked in the General Directorate of Highways in the Technical Research Laboratory Department in Turkey and was appointed by the European Commission as an independent evaluator for FP7 projects. She is also a member of the European Standardization Committee (CEN) TC 336 for bituminous binders and the Chairman of a Mirror Committee in Turkey.
 
In 2010, Ms. Malkoc was assigned as the Director of Communications for European Asphalt Pavement Association (EAPA) in Brussels. Later in 2013, she became the Chairman of Health Safety (HS) Committee in EAPA.

Her technical publications span multiple areas and disciplines including bituminous binders, bitumen emulsions and polymer modified binders. She also excelled in national and international activities relating to health and safety and is consistently involved in the organization of international scientific conferences.

Tuesday 7 April 2015, 09:00 - New Approach and Data Assessment on the European Bitumen Specification

In Europe, more than 80% the road network is paved with asphalt. The overall network quality is an important factor for the economic growth of Europe and is thus accepted as a strategic "asset". To service this approach, the European asphalt industry has the responsibility of constructing durable roads with a sufficient lifespan and to consider sustainability issues such as environment and safety aspects and value for money.

One important measure to enhance the durability of asphalt is the introduction of the performance-related (P-R) specifications/contracts and the Build-Operate-Transfer Schemes. These approaches are based on clearly defined and predictable pavement durability. For asphalt mixtures, P-R specifications were introduced with EN 13108-series in 2006, whilst P-R bitumen specifications are still not fully implemented in EN 12591 (paving grade bitumen), EN 14023 (PMB's) or EN 13924 (hard grades) drafted by CEN TC336/WG1. Although the bituminous binders are predominant in asphalt mixtures that have a major influence on the final performance, the reliable correlations between bitumen and asphalt mixture properties are essential to predict durability of asphalt mixtures.

This presentation is regarding the current situation of the binders' specs in Europe and the ongoing EU funded project FunDBitS. The new internationally available data will be presented and reviewed in order to develop P-R bitumen characteristics. By involving all stake-holder parties in the project, the required discussions on the feasibility of test procedures and the results for the specification will shorten the later discussions in CEN TC336 committees.
 
 
Post-Conference Workshop
 
Abhijit Upadhye

 

Abhijit Upadhye is a post graduate Chemical Engineer with 22 years in the chemical process industry, most of which in refining R&D with focus on resid upgradation, bitumen and bituminous products-products and process developments. Abhijit joined the Richmond Group in 2011 as General Manager Technical for the Group and is in charge of Richmond's business unit of the value added products, especially PMB. He has significant contribution in establishing the Group's PMB unit, Elrich Bituminous Systems over the last four years; which is on the path of good growth in the challenging markets of the Middle East. Abhijit assists the Richmond Group's global operations in the areas of quality control and quality assurance throughout the supply chain.

Abhijit was involved in management of PMB, emulsion production units for major regional projects, bitumen R&D role in Bharat Petroleum, and research and commercial developments with Schenectady Herdillia India.
 

Haissam K. Sebaaly

Haissam K. Sebaaly earned his M.S.C.E. in pavement engineering from University of Nevada, Reno-USA, in 2007; after which he worked as a research scientist in the Western Regional Superpave Center (WRSC) till 2009. During his work period at WRSC he was a member of the Asphalt Research Consortium (ARC). He worked as pavement/geotechnical design engineer at Khatib & Alami consulting firm in 2010. Then he joined International Technical Laboratories-Qatar as a Technical Manager. Haissam currently works as a Pavement Expert and Senior Laboratory Manager at ANAS International Enterprise Qatar Branch, and has been there since 2013.

He has extensive experience on pavement materials design and characterization, state-of-the-art laboratory testing for asphalt binders and asphalt mixtures, pavement design and investigation, mechanistic analyses, soil-cement treated bases, geotechnical engineering, and computer applications in Civil Engineering. He has published technical papers in refereed journals and was involved in many pavement failures forensic investigations.
 

Professor Hussain Bahia

Professor Hussain Bahia earned his PhD in pavement engineering from Penn-State University USA in 1991; after which he served as the Director of Research and Technical Services at the Asphalt Institute, USA. He joined the University of Wisconsin on permanent basis in 1996. He is currently a professor in the department of Civil and Environmental Engineering at which he teaches and conducts research on pavement materials and design. He was awarded the permanent title of Vilas Distinguished Achievement Professorship in 2014 for his Research and Teaching Contributions to his field. He is Founder and Director of the Modified Asphalt Research Center at the University of Wisconsin, Madison, and served as the Technical Director of the Wisconsin Highway Research Program from 2005 to 2012.

He has published more than 100 technical papers in refereed journals and has advised more than 60 MS and Ph.D. students, and 8 post-doctoral fellows at UW-Madison. An Honorary Editor In Chief of the International Journal for Road Materials and Pavement Design and member of the Board since 2002, and is the Chair of the RILEM Technical Group 2 on Mixture Design and Compaction of the ATB (Advanced Testing of Bituminous Materials) Committee of the RILEM International Organization, since 2007. He is also the chair of the Working Group 7 (Binders and Mastics) of ISAP (International Society of Asphalt Pavements), since 2008. One of the founders of the Middle East Society for Asphalt Technologists (MESAT), and continues to serve as a Board Member. He provides consulting services for a number of companies and road agencies in the USA, South America, Africa, and the Middle East.
 

 
Wednesday 8 April 2015, 12:00

Modified Bitumen for Paving Roads and Airports

Highway and airport pavements in the Middle East are subjected to extreme hot temperatures and escalating heavy loads due to the economic growth. To make sure the pavements can take these conditions, and provide cost effective service life, consultants in the region are specifying Polymer Modified Bitumen (PMB) in the tender documents for most projects. Saudi Arabia and Qatar requires PMB in all expressway and airport projects. Consultants in the UAE are requiring the same for all major airport projects.

TAKEAWAYS

Learn about the importance & production of PMBs in pavements in the region
What are PG grades and why we need PG 76 in the UAE and Gulf region
How do we design a Marshall or Superpave mixture with PMBs
How much longer can pavements last if PMBs are used as compared to Pen 60/70 bitumen


WORKSHOP AGENDA

Types and characteristics of Bitumen modifiers |45 mins
Production and handling of Modified Bitumen in the Middle East |30 mins
Testing and grading of Modified Bitumen in the Middle East |30 mins
Mix design & construction of asphalt mixtures with Modified Bitumen |45 mins
Benefits of Modified Bitumen in terms of pavement performance |30 mins
 
 
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