Did you know that #RenewableHydrogen is rapidly emerging as one of the leading clean alternatives to fossil fuels, and therefore a key player in the EU’s green transition? 🔋
Thanks to the #InnovationFund, the Danish project @topsoe_official will build the EU’s first industrial-scale Solid Oxide Electrolysis Cell (SOEC) electrolyser component factory, which will facilitate the mass production of electrolysers and boost renewable hydrogen production across Europe 💧⚙.
Ultimately, the project aims to drive down costs of renewable hydrogen, and help bring the EU closer to its goal of becoming climate-neutral by 2050.
Read more about TopSOEC's story, link in bio.
The Environment Agency’s consultation on end-of-waste criteria for aggregates from inert waste is a significant test for sustainable construction, with direct implications for whole life carbon, embodied carbon and the circular economy in construction. Clearer regulation would help contractors specify recycled aggregates with confidence, strengthen sustainable material specification and reduce dependence on virgin extraction. This is central to low carbon construction materials, green building materials and resource efficiency in construction, supporting whole life carbon assessment, lifecycle assessment and measurable carbon footprint reduction across projects.
Sumitomo’s £350m HVDC subsea cable factory at Port of Nigg underlines the infrastructure needed for decarbonising the built environment. Energy-efficient buildings, heat pumps, data centres, low carbon building projects and net zero carbon buildings depend on grid capacity that can move renewable power at scale. Grid constraints are now a material risk to sustainable building design, low carbon design and net zero whole life carbon ambitions, affecting both life cycle cost and building lifecycle performance.
Warnings from the heat-network sector highlight cooling as a growing priority for sustainable urban development. Overheating is becoming a mainstream design risk, making networks that balance heating and cooling essential to resilient green infrastructure, eco-design for buildings and sustainable architecture. This shift will shape sustainable building practices and the future carbon footprint of construction, particularly in dense cities where low-impact construction and eco-friendly construction must respond to changing climate conditions.
The dispute over delayed climate assessments reinforces the need for stronger governance. Environmental sustainability in construction depends on timely scrutiny, reliable environmental product declarations (EPDs), credible circular construction strategies and transparent assessment of the environmental impact of construction. Standards such as BREEAM and BREEAM v7 will remain influential only if policy, procurement and investment align around net zero carbon, carbon neutral construction, end-of-life reuse in construction and life cycle thinking in construction. Green construction now needs bankable systems, not isolated pilots: regulation for recycled materials, clean-energy infrastructure and accountable policy must advance together.
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