Research on Environment-Friendly Soil Stabilizer Solidifying Buildings Residues for Paving Materials

Qin Li; Ke Wei Sun

doi:10.4028/www.scientific.net/AMR.335-336.1155

Paper Titles

A Rural Residential Building Products Quality Evaluation Algorithm Based on Rough Set Theory
p.1137

Experimental Research on Pore Structure of RCA and its Impact on Drying Shrinkage
p.1141

Study and Analysis on Pile-Soil Stress Ratio of the Composite Foundation of Cement-Soil Mixing Pile under Flexible Foundation
p.1145

Research on Fiber Shotcrete for Underground Engineering
p.1151

Research on Environment-Friendly Soil Stabilizer Solidifying Buildings Residues for Paving Materials
p.1155

Configuration of Low-Strength Self-Compacting Concrete Adapted to Local Raw Materials
p.1159

Effect of Aggregate Pre-Wetting and Air-Entraining Agent on Durability of Lightweight Aggregate Concrete
p.1163

Influence of Mineral Admixtures on Chloride Threshold Value for the Corrosion of Steel Reinforcement
p.1168

A Novel Approach of Chitosan Additive to Remove Formaldehyde from Building Materials
p.1174

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Research on Environment-Friendly Soil Stabilizer Solidifying Buildings Residues for Paving Materials

Abstract:

Two groups of buildings residues was studied in the paper as to unconfined compressive strength, soaked unconfined compressive strength, shrinkage values, porosity. It is show that Q2 soil stabilizer can improve the micro-structure of solidified blocks of buildings sediment for dispersed sphere-shaped particles can be generated by Q2 soil stabilizer mixed with buildings residues and cement. As a result, the solidified block of buildings sediments was improved in the properties in its increased unconfined compressive strength, decreased shrinkage values and higher durability.