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Boclair Mews

OVERVIEW

The main objective of the acoustic design was to meet the acoustic requirements whilst reducing the embodied carbon of the acoustic design. This was achieved by using GenieMat® RST, which is made from 94% recycled car tyres diverted from landfill, and the carbon negative GenieBoard. As a result, a saving of 16.6kg CO2/m2 was achieved by using recycled and recyclable products compared to traditional construction types. This equates to a total of 73 tonnes of C02e saved across the project. As this build-up is dry laid, it is fully demountable and recyclable at the end of its life. 

The post completion testing demonstrated that the build-up exceeded the acoustic requirements in average by 4dB in airborne (providing a DnTw of 60dB) and 2dB in impact (providing a L'nTw of 54dB). Test report: R-10255-GH-RRM 

Products featured in this case study

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GenieMat RST - Sound Control Underlayment

GenieMat RST - Sound Control Underlayment

GenieBoard - Universal Flooring Board

GenieBoard - Universal Flooring Board

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