Study on Consolidation Technology for Municipal Waste and Its Safety

Jia Ying Sun; Yi Dong Xu

doi:10.4028/www.scientific.net/AMR.168-170.880

Paper Titles

Analysis of High-Permeable Concrete Pavement Heat Transfer Mechanism
p.859

A Summary of Cold Patch Material for Asphalt Pavements
p.864

Fiber-Reinforced Rapid Repair Material for Concrete Pavement
p.870

Numerical Simulation for the Thermal Stress of Composite Wall Insulation System
p.875

Study on Consolidation Technology for Municipal Waste and Its Safety
p.880

Research on Thermal and Structural Performances of Shale Ceramsite Concrete
p.885

Microstructure Characteristics and Mechanical Properties of in-Situ Composite Steel Processed by Severe Cold-Rolling and Subsequent Annealing
p.889

Simulation Investigation for Heat Transfer in Fin-Tube Thermal Storage Unit with Phase Change Material
p.895

Analysis of Stress - Strain Curve on Recycled Aggregate Concrete under Uniaxial and Conventional Triaxial Compression
p.900

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 168-170Study on Consolidation Technology for Municipal...

Study on Consolidation Technology for Municipal Waste and Its Safety

Abstract:

To tackle the annually increasing amount of municipal waste, this paper proposes a new consolidation technology to consolidate stale municipal waste, and elaborates on the consolidation effect and safety. Research results demonstrate that 28-day strength of municipal waste consolidation can be up to more than 38 MPa by this consolidation technology. Thus consolidation durability is better in terms of resistance to freezing, water, dry-wet circle and sulfate erosion. Meanwhile, its amount of leaching-out solidified heavy metal meets the requirements of national standard in China, in other words, heavy metal ions are effectively bound and stably solidified.