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Project name: Assessing Geothermal Pavements Using Stabilized C&D Waste in India
This project investigates the use of recycled aggregates from construction and demolition waste to develop sustainable geothermal pavements.
As India experiences rising temperature extremes, these pavements present an innovative thermal regulation solution for urban areas. By merging recycled materials with geothermal technology, the approach promotes waste reduction, resource efficiency, and climate resilience.
It aligns with national and global sustainability goals, enhancing urban infrastructure while reducing environmental impacts through adaptive, energy-efficient design strategies.
Indian urban areas compared
to rural regions
across India in 2024
Impact and Key Findings
1
Laboratory and field tests evaluate geothermal pavement prototypes for strength, durability, and thermal performance, ensuring compliance with structural and environmental standards. These assessments support sustainable infrastructure development, optimizing resilience and efficiency across India’s varied climatic conditions
2
A robust design framework for geothermal pavements integrates recycled aggregates and geosynthetic reinforcements, optimizing sustainability and engineering efficiency. This guideline supports future construction, enhancing durability, thermal performance, and resource efficiency in diverse urban and climatic conditions.
3
By validating large-scale prototypes, this project facilitates the real-world implementation of eco-friendly pavements, advancing urban cooling and sustainable waste management. Its scalable approach supports climate resilience, optimizing infrastructure for diverse environmental conditions across India’s urban landscapes.
