Explore advances in cold in-place and cold in-plant recycling, emerging tools, and digital technologies to enhance efficiency and material recovery. • Advances in cold in-place recycling and cold in plant recycling methods. • Emerging equipment and tools for efficient recycling. • Optimisation of processes for increased material recovery rates and improved quality. • Integration of digital technologies, like AI and IoT, in recycling operations.

Examine properties of Bitumen Stabilised Material (BSM), assess pavement durability, and review test methods for recycled materials. • Studies on Bitumen Stabilised Material (BSM) properties • Techniques for assessing the durability and mechanical performance of BSM pavements. • Development of test methods for evaluating recycled materials. • Long-term performance and aging characteristics of cold-recycled BSM pavements.

Discover real-world cold recycling projects, lessons learned, and the long-term performance of recycled materials in diverse conditions. • Real-world examples of successful cold recycling projects. • Challenges and solutions in implementing cold recycling in different regions. • Lessons learned from large-scale implementations. • Demonstrations of maintenance and performance over time.

Investigate the carbon footprint of recycling methods, the reuse of materials, and techniques for meeting environmental regulations. • Evaluation of the carbon footprint of cold recycling versus traditional methods. • The re use of materials, such as reclaimed asphalt and incinerated waste slag, in cold recycling. • Assessments of life cycle impacts and resource conservation. • Methods to meet or exceed environmental regulations using recycled materials.

Learn about design standards, mix design best practices, and performance-based specifications for cold-recycled pavements. • Development of design standards for cold-recycled pavements. • Best practices in mix design for optimal bitumen stabilisation. • Guidelines for integrating cold-recycled materials in various climatic conditions. • Calibration and implementation of performance-based specifications.