Each of us leaves a trace on planet earthđ
On this #BlackFriday, and every day, we can reduce our ecological footprint đŁ
If we buy less and reuse more! â»ïžđđ±
In 2023 there was:
đą32.2 kg of e-equipment put on the market per person
đą11.6 kg of e-waste collected per inhabitant in the EU
With the upcoming Circular Economy Act the EU aims to:
â»ïž establish a Single Market for secondary raw materials
â»ïž increase the supply of high-quality recycled materials
â»ïž stimulate demand for these materials within the EU.
The EU is striving to be the circular economy world leader by 2030.
Energy policy continues to shape sustainable construction as governments balance energy security and climate commitments. The UKâs pledge to accelerate clean power development supports net zero carbon buildings, electrification, and heat pump deployment. Italyâs delayed coal phaseâout underscores how embodied carbon and operational emissions remain vulnerable to geopolitical pressures affecting the carbon footprint of construction. Across Nigeria, decentralised solar generation and renewable building materials are redefining ecoâfriendly construction by cutting reliance on diesel and improving resource efficiency in construction.
Planning reform through quicker written appeal routes favours projects with robust whole life carbon assessment and verified lifecycle assessment data. Developers leading on sustainable building design and low carbon construction materials will benefit from streamlined approvals and enhanced environmental sustainability in construction outcomes. The European Unionâs debate on carbon removals within the EU ETS reveals a risk of offset substitution when deeper reductions in embodied carbon in materials are required. The sectorâs focus must remain on decarbonising the built environment by prioritising low embodied carbon materials before turning to offsets.
Demandâside efficiency, as demonstrated by Swedenâs communal laundries, confirms that energyâefficient buildings and sustainable building practices achieve lasting impact through design quality rather than technology intensity. Life cycle cost analysis and life cycle thinking in construction strengthen the business case for circular economy in construction strategies and sustainable material specification.
Skills and capacity remain the key constraint. With labour shortages in skilled trades affecting building delivery, investment in training for low carbon design, BREEAM, and sustainable architecture standards is critical to protect project certainty and ensure net zero whole life carbon targets are met. The sectorâs resilience depends on aligning circular economy principles, ecoâdesign for buildings, and carbon neutral construction methods to advance sustainable urban development and maintain the integrity of the whole life carbon framework guiding global green construction.
Whole Life Carbon is a platform for the entire construction industryâboth in the UK and internationally. We track the latest publications, debates, and events related to whole life guidance and sustainability. If you have any enquiries or opinions to share, please do
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