⚠ Today, a new EU regulation to prevent microplastic pollution enters into force!
These new rules target pollution from plastic pellets, marking a major step in the EU’s work to reduce microplastic emissions at their source.
Why is this important?
🔹Plastic pellets – the raw material for most plastic products – are a significant source of microplastic pollution.
🔹In 2019, an estimated 52,140 to 184,290 tonnes of pellets were lost into the environment across the EU.
🔹Once released, pellets do not biodegrade but instead disperse across soils, rivers and oceans, posing serious risks to ecosystems and potentially to human health.
The new rules apply to all economic operators managing installations in the EU that handle five tonnes or more of plastic pellets per year.
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Water scarcity has become a core concern for sustainable construction and sustainable building design, with the United Nations warning of potential global water bankruptcy and heightened risk to desalination plants in the Gulf. The construction sector is shifting towards diversified water systems that embed efficiency, reuse, and resilience. These changes align with whole life carbon and lifecycle assessment principles, ensuring environmental sustainability in construction through resource efficiency in construction and life cycle cost analysis. In the UK, stronger regulation following pollution incidents is driving utilities to invest in cleaner networks and green infrastructure, creating new pipelines of low carbon construction materials and sustainable building practices.
Digital manufacturing is transforming eco-friendly construction through AI-driven tools that automate complex formwork and optimise material use. By integrating eco-design for buildings and low carbon design methodologies, contractors reduce embodied carbon in materials and the overall carbon footprint of construction. This digital precision supports net zero whole life carbon strategies and demonstrates how circular construction strategies underpin a circular economy in construction.
Energy security and climate risk are reinforcing the need for carbon neutral construction and renewable building materials. Projects optimised for energy-efficient buildings and net zero carbon buildings are proving more resilient, cost-stable, and aligned with whole life carbon assessment frameworks. The industry trajectory favours sustainable material specification, end-of-life reuse in construction, and decarbonising the built environment through lifecycle performance and life cycle thinking in construction. Firms advancing sustainable design founded on building lifecycle performance and resource efficiency will lower embodied carbon while improving long-term asset resilience, delivering measurable reductions in the environmental impact of construction.
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