Measuring Circularity and Carbon Footprint for Optimised Design
Assess and optimise the sustainability of your products and projects. We conduct comprehensive circularity assessments to measure circular performance and identify opportunities to improve resource efficiency, minimise environmental impact, and create long-term value.
Material Inventory
Systematically document the materials used in your products to support efficient resource management and maximise future opportunities for material recovery and value creation.
Carbon Footprint Assessment
We help you better understand your carbon emissions in order to reduce your footprint and contribute to a more sustainable future.
Circularity Indicator Measurement
We provide actionable insights to improve resource efficiency, extend product lifecycles, and avoid waste generation. This includes strategies to facilitate product disassembly, recycling, reuse, or repair.
Our projects
Cities and buildings are at the heart of the 21st-century sustainability challenges. In Luxembourg, Sweco designs urban spaces and buildings that are sustainable, inclusive, and smart. Our multidisciplinary teams combine expertise in architecture, engineering, and environment to develop integrated solutions: resilient neighborhoods, low-energy buildings, and pleasant living spaces. Through digitalisation, circular materials, and biodiversity integration, we create environments ready for tomorrow.
News
Giewerei: first groundbreaking! Wunne mat der Wooltz district in Wiltz
Giewerei in Wiltz launches with 155 affordable homes in a sustainable district, combining circular design, adaptability and community living. Read more
Buildings of the future… What if true innovation were invisible?
Buildings of the future focus on invisible innovation from phase 0, aligning strategy, performance and sustainability across the full lifecycle. Read more
Why ‘Do more with less’ Is NOT a circular design principle
Why “do more with less” is a linear efficiency rule, not circular design. True circularity requires lifecycle thinking, reuse, adaptability, and refusing waste. Read more
