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FEBRUARY 2013 MEETING TECHNICAL PROGRAM Best Practices in Pavement Recycling and Soil-Cement Solutions Speaker: Matthew W. Singel, PE, Program Manager Soil Cement & RCC Pavement Cement Council of Texas Tel. 817-709-4313 [mobile/direct], 817-540-4437 ext 13 [office] Among his accomplishments, Matt was a featured speaker at the AASHTO Construction Committee Meetings in 2004 and selected to present at the International Public Works Congress in both 2006 and 2011. Matt is a member of the ACI 327 Committee on Roller-Compacted Concrete Pavements. In addition to articles published and serving on multiple industry technical advisory committees, Matt was a contributing technical author for Portland Cement Association’s Guide to Roller-Compacted Concrete Pavements, (published - August 2010) and a technical advisor for the Guide to Cement-Based Integrated Pavement Solutions (published - August 2011). Matt currently serves as the Cement Council of Texas Program Manager for Soil Cement and Roller-Compacted Concrete Pavement providing educational awareness and technical support for owners, specifiers, designers, contractors and state and local government officials across Texas. PRESENTATION SUMMARY
Matt explained the differences between conventional concrete and cement treated materials. He described the best uses of the soil cement products based on the job demands and compared those uses with other cement based pavement materials such as roller-compacted concrete, pervious concrete, and traditional concrete. He described the key attributes of soil cement products including speed of installation, increased production rates, permanence, material cost savings, reduction in recycling, etc. He compared the soil cement technologies including full depth reclamation to other methods such as lime stabilization and conventional concrete pavements, and described the best uses of each. An interesting observation suggested that lime stabilization is best used to decrease shrink swell activity in soils where soil cement products are best used where an increase in strength is required. |
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