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PARTIAL
LIST OF RECENT
PRESENTATIONS
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Milwaukee
School of Engineering
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January
2008
Milwaukee,
WI
Overview
of Current Activities in Industrial By-Products and Post-Consumer Waste
Recycling and Utilization
by
Rudolph N. Kraus and Tarun R. Naik
Presentation
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Italcementi
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November
2007
Bergamo,
Italy
Environmental,
Energy, and Economic Benefits of Using Recyclable Materials for Cement
and Concrete
by Tarun R. Naik
Presentation
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EUCI
Conference on New Business Opportunities in Coal Combustion Products
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June
2007
Charlotte,
NC
Use
of CCPs for Generating Carbon Offsets
by Tarun R. Naik
Presentation
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International
Conference on Sustainable Construction Materials and Technologies
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June
2007
Coventry,
UK
Sustainability
and the Future of Cement and Concrete Industries
by Tarun R. Naik
Presentation
Carbon
Dioxide Sequestration in Concrete in Different Curing Environments
by
Yoon-moon Chun, Tarun R. Naik and Rudolph N. Kraus
Presentation
Pulp
and Paper Mill Fibrous Residuals in Excavatable Flowable Fill
by
Yoon-moon Chun, Tarun R. Naik and Rudolph N. Kraus
Presentation
Use
of Industrial By-Products in Sustainable Construction Practice
by Rudolph N. Kraus,
Tarun R. Naik, and
Yoon-moon Chun
Presentation
Recycling
of Industrial and Post-Consumer By-Products in Flowable Self-Compacting
Slurry
by Rudolph N. Kraus, Tarun R. Naik, and
Yoon-moon Chun
Presentation
Review
of Composting and Anaerobic Digestion of MSW & A Methodological
Proposal for a Mid-Size City
by
Marcia R. Q. Silva & Tarun R. Naik
Presentation
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UNIVPM
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June
2007
Ancona,
Marche, Italy
Use
of Concrete to Reduce Greenhouse Gases: Opportunities for the
Future
by Tarun R. Naik
Presentation
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Ninth
CANMET/ACI International Conference on Fly Ash, Silica Fume, Slag, and
Natural Pozzolans in Concrete
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May
2007
Warsaw,
Poland
Flowable
Slurry Made with Class C Fly Ash and Paper Industry Fibrous
Residuals
by Tarun R. Naik,
Yoon-moon Chun, and Rudolph N. Kraus
Presentation
Shrinkage
of Concrete With and Without Fly Ash
by Tarun R. Naik,
Yoon-moon Chun, and Rudolph N. Kraus
Presentation
Coal
Combustion Bottom Ash for Reducing Shrinkage of Concrete Made with
Portland Cement and Sulfoaluminate Cement
by Tarun R. Naik,
Rudolph N. Kraus, Yoon-moon Chun, and Samuel O. Nageotte
Presentation
Use
of Wood Micro-Fibers to Increase Freezing and Thawing Durability of
Concrete
by Tarun R. Naik,
Yoon-moon Chun, and Rudolph N. Kraus
Presentation
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RECENT WORKSHOPS AND
SEMINARS
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Seminar 71
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Workshop
on Green Construction Materials Using Coal-Combustion Products
Milwaukee,
WI -- May 1 & 2, 2008
Program
Information and Presentations
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UWM Global Climate Change and Sustainable Development
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Conference
on Climate Change and Sustainable Development
Milwaukee,
WI -- April 24 & 25, 2008
Program
Information and
Information
on the UWM Climate Change and Sustainable Development Initiative
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Seminar 70
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Coventry
University and
UWM Center for By-Products Utilization
International
Conference on Sustainable Construction
Materials and Technologies
Coventry,
U.K. -- June
11-13,2007
Conference
Information and
Program
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Seminar 69
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International
Symposium on Durability of Concrete Construction
Milwaukee,
WI --
June 5 & 6, 2006
Program
Information (PDF)
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Seminar 68
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Seminar
on Alternatives to Demolition Opportunities to Deconstruct, Reuse &
Recycle Building Materials
Milwaukee,
WI -- March 6, 2006
Program
Information (PDF)
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Seminar
67
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Workshop
on Recycling Opportunities for Fly Ash and other Coal
Combustion Products in Concrete and Construction Materials
Marquette,
MI -- February 23, 2006
Program
Information (PDF)
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Seminar
66
Seminar
on Introduction to Starch, Processing, and Applications
Milwaukee,
WI -- December 16, 2005
Program
Information (PDF)
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The Center for By-Products Utilization
(CBU) at the University of Wisconsin-Milwaukee is an outstanding example of a successful public/private partnership. Formed in 1988, the CBU is dedicated to preserving the environment by finding practical uses for what is otherwise considered waste. It does so through research on a variety of materials. The end result is the creation of cost-effective products that satisfy existing needs and bring about a significant decrease in the volume of waste.