News
Nov 6, 2024
Recycled Materials and Construction in Post-Disaster/Conflict and End-of-Life Infrastructure Reconstruction
This special issue aims to explore chemistry, separation technologies, manufacturing, mechanical and durability performance, resilience, and environmental benefits of recycling construction and demolition waste (CDW).
Regularly ensure no new buildings or trees are casting shadows
Et tellus congue praesent pellentesque volutpat laoreet bibendum ut congue sed libero velit sed suscipit amet mattis orci aliquet egestas nibh quis neque vulputate convallis adipiscing magna. Mattis quisque in feugiat in metus laoreet sodales lectus id augue quis pellentesque feugiat luctus malesuada laoreet bibendum nibh augue fames feugiat diam sed. Varius ut eget sollicitudin sed semper sed semper sed nunc sagittis sit at sit.
- Euismod amet rutrum ornare egestas ac nunc ullamcorper mi pretium
- Mauris aliquet faucibus iaculis dui vitae litum sus ullamco
- Semper pharetra duis purus facilisis nec pretium imperdiet varius
- Molestie eget quis viverra eget eget pulvinar a donec vitae amet
Regularly check the energy output to identify any issues
Sed massa vestibulum lectus suspendisse egestas sit. Interdum vel scelerisque non imperdiet nec euismod enim tristique purus leo fames ut malesuada iaculis nunc ridiculus purus hendrerit mauris netus nunc arcu nulla hac parturient elementum proin. Malesuada commodo mi arcu sit adipiscing turpis nullam dignissim phasellus cras sagittis et sit blandit vestibulum vitae eget nulla vel dictum elementum in feugiat vel volutpat libero porta sed.
Have a professional periodically inspect and service the system
Nibh tellus arcu aliquam in pellentesque ultricies non nisi suspendisse laoreet est felis placerat bibendum nisl fermentum ut et eget lacus lectus aliquet egestas nullam suspendisse vulputate dictum tempus ullamcorper mattis ultrices suscipit ipsum vitae arcu est volutpat suscipit dolor gravida netus massa lacinia maecenas dictum facilisis eu.
- Ut est dui porttitor vitae diam cras faucibus urna diam proin ultrices
- Mauris aliquet faucibus iaculis dui vitae ullamco
- Sapien tempus nec scelerisque praesent mattis vitae commodo
- Justo at dictum fames condimentum nisl tellus mauris fermentum
Be cautious not to put stress on the panels
Nibh tellus arcu aliquam in pellentesque ultricies non nisi suspendisse laoreet est felis placerat bibendum nisl fermentum ut et eget lacus lectus aliquet egestas nullam suspendisse vulputate dictum tempus ullamcorper mattis ultrices suscipit ipsum vitae arcu est volutpat suscipit dolor gravida netus massa lacinia maecenas ictum facilisis eu.
“At scelerisque elementum vitae sed et posuere adipiscing est pulvinar id proin eget posuere odio dictumst mi interdum”
Prevent birds, rodents, and insects from nesting under panels
Sit nulla nec vitae odio orci phasellus metus diam leo est nisi morbi arcu vitae urna sit platea ligula non quis non aliquam in posuere mi egestas nunc ac vitae sed nunc auctor justo orci id ut neque ac nec. In quam eget volutpat urna consequat sit morbi tristique lobortis urna convallis lectus ac.
Follow all guidelines to maintain the warranty validity
Praesent magna turpis tellus nisl tortor est nisl nulla neque sed nisi enim cras in vitae aliquam. Posuere ultrices hac consectetur nulla odio at vitae egestas dis vestibulum risus amet viverra tortor tincidunt nascetur platea ultricies fermentum nibh nulla in lorem lectus adipiscing pretium sit condimentum nullam in eu in lorem cras proin.
This special issue aims to explore chemistry, separation technologies, manufacturing, mechanical and durability performance, resilience, and environmental benefits of recycling construction and demolition waste (CDW). By bringing together all stakeholders including: leading researchers, engineers, and industry professionals, we seek to advance understanding and promote the widespread adoption of CDW as a sustainable construction material. We live in a time of challenges including war, disaster, and deterioration of existing infrastructure that are reaching end-of-life (EOL). These are generating significant quantities of CDW which need to be addressed to improve planetary health and avoid catastrophic global implications.
The special issue accepts papers including (but not limited to) the following topics:
• Recycling of CDW including (but not limited to) concrete
• Closed and open loop recycling (further EOL considerations)
• Safe and responsible classification and separation of rubble
• Sustainable processing and production (e.g., clinker, cement, SCM, aggregate, and concrete)
• Characterization and quality control
• Fresh state properties (e.g., hydration, rheology, shrinkage, and water absorption/penetration)
• Service performance (e.g., mechanical and durability)
• Decentralization, swiftness, mobility, and modularity
• Resilience and design considerations
• Environmental impact (LCA, LCCA, TEA)
• Whole systems and case studies
• Technological barriers
• Policy and regulatory frameworks
This collection supports United Nations Sustainable Development Goals 9 (Industry, Innovation & Infrastructure), Sustainable Development Goals 11 (Sustainable Cities and Communities) and Sustainable Development Goals 12 (Responsible Consumption & Production).
This special issue aims to explore chemistry, separation technologies, manufacturing, mechanical and durability performance, resilience, and environmental benefits of recycling construction and demolition waste (CDW). By bringing together all stakeholders including: leading researchers, engineers, and industry professionals, we seek to advance understanding and promote the widespread adoption of CDW as a sustainable construction material. We live in a time of challenges including war, disaster, and deterioration of existing infrastructure that are reaching end-of-life (EOL). These are generating significant quantities of CDW which need to be addressed to improve planetary health and avoid catastrophic global implications.
The special issue accepts papers including (but not limited to) the following topics:
• Recycling of CDW including (but not limited to) concrete
• Closed and open loop recycling (further EOL considerations)
• Safe and responsible classification and separation of rubble
• Sustainable processing and production (e.g., clinker, cement, SCM, aggregate, and concrete)
• Characterization and quality control
• Fresh state properties (e.g., hydration, rheology, shrinkage, and water absorption/penetration)
• Service performance (e.g., mechanical and durability)
• Decentralization, swiftness, mobility, and modularity
• Resilience and design considerations
• Environmental impact (LCA, LCCA, TEA)
• Whole systems and case studies
• Technological barriers
• Policy and regulatory frameworks
This collection supports United Nations Sustainable Development Goals 9 (Industry, Innovation & Infrastructure), Sustainable Development Goals 11 (Sustainable Cities and Communities) and Sustainable Development Goals 12 (Responsible Consumption & Production).
Event Schedule
Lorem ipsum dolor sit amet consectetur. Sit ut gravida aenean potenti. Metus in eu vel morbi dui nunc tellus. Non a massa maecenas massa.
