As part of the strengthening of environmental infrastructure in southern Peru, the Urubamba sanitary landfill in Cusco was developed over an area of 4.7 hectares, with a capacity to store 225,000 m³ of solid waste over a 10-year period, benefiting more than 65,000 inhabitants.
The system incorporates geosynthetics as a fundamental component of its design, preventing leachate infiltration into the subsoil, avoiding rainwater ingress, and mitigating odor emissions. Additionally, it optimizes leachate and gas collection generated by waste decomposition, enabling faster and more cost-effective execution.
As part of the strengthening of environmental infrastructure in southern Peru, the Urubamba sanitary landfill in Cusco was developed over an area of 4.7 hectares, with a capacity to store 225,000 m³ of solid waste over a 10-year period, benefiting more than 65,000 inhabitants.
The system incorporates geosynthetics as a fundamental component of its design, preventing leachate infiltration into the subsoil, avoiding rainwater ingress, and mitigating odor emissions. Additionally, it optimizes leachate and gas collection generated by waste decomposition, enabling faster and more cost-effective execution.
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