Concrete: Developments in the supply chain
Episode 61 of the FOOTPRINT+ podcasts podcast, hosted by FOOTPRINT+, titled "Concrete: Developments in the supply chain" was published on July 24, 2024 and runs 46 minutes.
July 24, 2024 ·46m · FOOTPRINT+ podcasts
Summary
There are myriad concrete technologies in development around the world, but the majority of these are at the laboratory stage and not ready to deploy. In this session we cover three of those that have made it to the supply chain: GGBS, limestone fines, and calcined clays. GGBS is a finite resource. What should developers and specifiers know about making the best use of the limited supply to drive down the carbon emissions of concrete? Limestone fines and calcined clays are abundant resources. They can be used separately or in combination (as "LC3") to deliver carbon savings on a similar level to a high-GGBS mix concrete. Some concretes using these can achieve as much as a 50% lower carbon footprint than ordinary "CEM I" concrete. What are the realities of using these products in the UK and what is the potential to scale production to meet demand? Speakers Laura Batty, Senior Associate - Heyne Tillett Steel Cassandre Legalliard, Product Manager - London Concrete Will Arnold, Head of Climate Action - IStructE Gareth Wake, Director - Mineral Products Association
Episode Description
There are myriad concrete technologies in development around the world, but the majority of these are at the laboratory stage and not ready to deploy. In this session we cover three of those that have made it to the supply chain: GGBS, limestone fines, and calcined clays.
GGBS is a finite resource. What should developers and specifiers know about making the best use of the limited supply to drive down the carbon emissions of concrete?
Limestone fines and calcined clays are abundant resources. They can be used separately or in combination (as "LC3") to deliver carbon savings on a similar level to a high-GGBS mix concrete. Some concretes using these can achieve as much as a 50% lower carbon footprint than ordinary "CEM I" concrete. What are the realities of using these products in the UK and what is the potential to scale production to meet demand?
Speakers
Laura Batty, Senior Associate - Heyne Tillett Steel Cassandre Legalliard, Product Manager - London Concrete Will Arnold, Head of Climate Action - IStructE Gareth Wake, Director - Mineral Products Association