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Designing for dematerialisation: Use of high-strength concrete for sustainable construction

Due to its enhanced performance and durability, high-strength concrete is gaining popularity in the construction industry as it results in structures requiring little maintenance and less material. However, there has not always been the data to support architects with utilising high-strength concrete more frequently and effectively.

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Architecture & Design Team

13 Mar 2023 1m read View Author

The building industry is transforming to adopt more environmentally-friendly methods of planning, building, and operating the spaces in which we live and work. Alternative design approaches are needed to reduce the building sector’s contribution to global emissions and its dependence on finite natural resources. One such strategy is designing for dematerialisation, which aims to conserve our environment by reducing material and resource inputs in the building process.

Designing for dematerialisation: Use of high-strength concrete for sustainable construction examines the concept of dematerialisation in architectural design and the role of high-strength concrete in sustainable construction. First, we discuss how dematerialisation applies to the construction sector and how it provides a pathway to sustainable outcomes. We then look at opportunities for material reduction in design and construction. Finally, we consider how high-strength concrete fits into the dematerialisation strategy.

DYNAMax from Holcim is a high-strength concrete that combines traditional strength, performance and quality properties with technical, innovation and service solutions to help you dematerialise your project. With less material needed, DYNAMax has the potential to help you achieve your sustainability goals.

Download this whitepaper and learn the benefits of building more with less using high-strength concrete.

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Designing for dematerialisation: Use of high-strength concrete for sustainable construction
Due to its enhanced performance and durability, high-strength concrete is gaining popularity in the construction industry as it results in structures requiring little maintenance and less material. However, there has not always been the data to support architects with utilising high-strength concrete more frequently and effectively.
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