EDITORS CHOICE
A great deal of work has already been done in primary aluminium production , where carbon embodiment has been significantly reduced .
Aluprof ’ s flagship MB-79N Window and Door System
Grupa Ketty re-smelting mill
Additionally , the durability and minimal maintenance needs of aluminium contribute to the longevity of these systems , further reducing their environmental footprint . By opting for aluminium windows and doors , buildings can attain a more sustainable and reduced carbon footprint .
over a billion tonnes of CO2e to around fifty million tonnes by 2050 . This is less than one-twentieth of current emissions .”
LowCarbonKety , a subsidiary of Grupa Kety , Aluprof ’ s parent company , offers aluminium billet with an impressively low carbon footprint of 2.9 kg of CO2 for every kilogram of aluminium produced . These low-carbon products are composed of up to 75 % postconsumer scrap , around 10 % pre-consumer scrap , and a minimal amount of primary aluminium , all manufactured using renewable energy sources .
It is important to consider that extended lead times may affect project timelines , potentially resulting in additional carbon costs . Conversely , selecting low-carbon products , including aluminium , may yield certain BREEAM credits for the project . These factors underscore the uniqueness of each project , necessitating a tailored approach . Engaging product suppliers during the early design phase is essential to explore viable options . Aluprof ’ s experienced design team is available to assist in identifying the most suitable aluminium sources and systems for any project during your specification process .
Whilst it is crucial to reduce ‘ Embedded Carbon ’ in profile supply , here at Aluprof we take a holistic approach to carbon reduction by also reducing ‘ Operational Carbon ’. Aluprof aluminium windows and doors play a crucial role in decreasing operational carbon emissions by improving the energy efficiency of buildings . The exceptional thermal insulation properties of our systems reduce the need for heating and cooling , thereby lowering energy consumption and the related carbon emissions .
The Future Homes Standard is currently influencing construction practices in the UK by emphasising enhanced energy efficiency and reduced carbon emissions . With the implementation of updated building regulations , we are prepared to adapt to these more rigorous standards in collaboration with the industry . Furthermore , as a Patron Member of the Passivhaus Trust UK , we engage closely with specifiers and various organisations to minimise operational carbon in buildings . Our thermally efficient glazing systems and Passivhaus-certified products are specifically engineered to comply with these standards , providing exceptional insulation and airtightness to facilitate lower carbon emissions .
Our flagship MB-79N Window and Door System redefines industry standards . It delivers remarkable thermal insulation , integrating energy efficiency with a modern aesthetic . Additionally , it offers the flexibility to design larger openings with reduced sightlines . The system boasts a thermal performance rating of Uw from just 0.64 W /( mK ) at 1700mm x 2700mm / Part L compliant system CEN size and Passive House level Uw values of 0.79W / m ² K at CEN size .
Aluprof are proud to be one of Europe ’ s largest aluminium systems companies . Specification support is available through the company ’ s website at aluprof . co . uk , directly from their UK head office in Altrincham or from their London office at the Building Design Centre by phoning + 44 ( 0 ) 161 941 4005 .
www . aluprof . com
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