SPECIALIST INSIGHT
Prioritising passive design options is crucial in reducing reliance on MEP equipment .
Furthermore , being mindful of the embodied carbon of products is essential . This includes assessing factors like reusability and recyclability to make informed decisions and select products with lower carbon footprints , thereby contributing to sustainable practices in building design and construction .
What are the specific actions individuals or organisations can take to reduce the embodied carbon of MEP in their buildings ?
Firstly , prioritising passive design measures such as natural ventilation , insulation , shading , thermal mass and nature-based solutions can significantly reduce the reliance on MEP equipment . This approach minimises the need for active systems , thereby lowering energy consumption and operational costs while promoting environmental stewardship .
Additionally , when sourcing building materials and equipment , it ’ s essential to engage with manufacturers to obtain comprehensive product information . This includes details on any refrigerants utilised , allowing for informed decisions that prioritise environmentally friendly options .
Finally , selecting products with a lower carbon footprint is paramount by evaluating factors such as manufacturing processes , material sourcing and end-of-life considerations .
What are the benefits of reducing the use of MEP equipment in buildings ? Specifically the financial , environmental and societal benefits ?
By minimising the need for MEP equipment , both capital and operational costs can be significantly reduced . This financial efficiency not only optimises budget allocation but also enhances the overall economic viability of the project .
Moreover , reducing dependence on equipment can bolster the resilience of buildings and the built environment . For instance , shading can mitigate energy demand during heat waves , promoting comfort and functionality while reducing reliance on active cooling systems .
Decreasing the use of MEP equipment plays a pivotal role in mitigating the carbon footprint of buildings . This aligns with decarbonisation goals and supports efforts to reduce environmental impact . �
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