Heat mitigation in basal compacted clay liners in municipal solid waste landfills

• Main Authors: Jayawardane V., Anggraini V., Tran M.-V., Mirzababaei M., Syamsir A.
• Other Authors: 57219390358
• Format: Article
• Published: Springer 2025
• Subjects: Aluminum Silicates; Clay; Hot Temperature; Refuse Disposal; Solid Waste; Waste Disposal Facilities; Air quality; Cracking (chemical); Galvanizing; Land fill; Refrigerating piping systems; aluminum silicate; % reductions; Compacted clay liner; Cooling pipes; Desiccation; Exposed to; Heat reductions; Municipal solid wastes landfill; Organic municipal solid wastes; Reduction techniques; Rockwool; biodegradation; clay liner; cooling; desiccation; insulation; landfill; municipal solid waste; chemistry; clay; high temperature; procedures; solid waste; waste disposal; waste disposal facility; Municipal solid waste

In municipal solid waste (MSW) landfills, biodegradation of the organic MSW fraction results in elevated waste and basal liner temperatures which have the potential to cause the clay component of the basal liner to experience severe moisture loss over time and eventually undergo desiccation cracking...